Item Analysis
Item analysis is the
process of assessing items either qualitatively (based on the criterion above)
or quantitatively. In quantitative analysis the individual item is related to
some criterion. The criterion may be people known to possess the psychological
characteristic being measured, it may be to total score of the test, or the
change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is related
to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Finally the
borderline subtest (SBORDERL).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the schizophrenia
subtest (SSCHIZ).
Finally the
borderline subtest (SBORDERL).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion above)
or quantitatively. In quantitative analysis the individual item is related to
some criterion. The criterion may be people known to possess the psychological
characteristic being measured, it may be to total score of the test, or the
change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the schizophrenia
subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following instrument
is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to review
the procedure for creating syntax files. Use the "back arrow"
to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Finally the
borderline subtest (SBORDERL).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to review
the procedure for creating syntax files. Use the "back arrow"
to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the psychological
characteristic being measured, it may be to total score of the test, or the
change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to review
the procedure for creating syntax files. Use the "back arrow"
to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the psychological
characteristic being measured, it may be to total score of the test, or the
change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the schizophrenia
subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Item Analysis
Item analysis is
the process of assessing items either qualitatively (based on the criterion
above) or quantitatively. In quantitative analysis the individual item is
related to some criterion. The criterion may be people known to possess the
psychological characteristic being measured, it may be to total score of the
test, or the change as a result of some treatment (change score).
Sample data generated for this example (fake data) using the following
instrument is used in this example.
[Now you really are
going to need syntax files. Computing the mean using the "click
procedure" just doesn't work very well.]
Click to
review the procedure for creating syntax files. Use the "back
arrow" to return to here.
The results follow:
This is the first
set of correlations of each item with the overall score of all of the items of
the subtest (SDPRESS). The the higher the correlation the better the
item.
The next subtest
results are for the items of the (SANXIOUS) subtest.
Then the
schizophrenia subtest (SSCHIZ).
Finally the borderline
subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
Finally the
borderline subtest (SBORDERL).
[Now you really are going to need syntax
files. Computing the mean using the "click procedure" just
doesn't work very well.]
Click to review the procedure for creating syntax
files. Use the "back arrow" to return to here.
The results follow:
This is the first set of correlations of each
item with the overall score of all of the items of the subtest (SDPRESS).
The the higher the correlation the
better the item.
The next subtest results are for the items of
the (SANXIOUS) subtest.
Then the schizophrenia subtest (SSCHIZ).
Finally the borderline subtest (SBORDERL).