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Yes.

Please run the bootstrap procedure and compare the results based on the T-values.
Good luck,
Dennis

Hi Nalin,
(1) File -> Export to Image
(2) Save BMP-file to your harddisk
(3) in Word: Insert -> Image -> Image from file
(4) Select BMP-file
Good luck
Dennis

Hi Eugenio,
Quite easy.
(1) In SPSS, export your data as CSV-file.
(2) In SmartPLS, import your CSV file.
Presto!
Greetings,
Dennis

Hi all, My suggestion is don't store any datafile and pls file on the window desktop or shared folder. I use dropbox on my Mac with MACOSX and WIN7. This allows me to swap (output, image and data) files and a 30 day backup is made automatically. You get 2Gb free when you register and you can get ext...

Hi Jury,

Build your model, then menu -> PLS -> Calculate model for the path coefficients.
Then PLS -> Bootstrap for the T-values

Good luck
Dennis

Hi Mahmood,

Henky is right:

Hengkov wrote:P < 0.05 = T Statistics > 1.96

This is generally used in science, however you may also test at a higher significance: P < .01 = T > 2,576, or even P < .001 = T > 3,291.

Greetings,
Dennis

Hi Jury,

Please run the bootstrap procedure to find the T-values.

Greetings,
Dennis

Hi Indah, Based on the assumption that IV -> DV is your model, your R² appears to be small-to-medium (Cohen, 1988) with a significant path coefficient. Whether your model has a good fit depends on the GoF. A good references to check is Wetzels, M., Odekerken-Schröder, G., & Van Oppen, C. (2009)....

Hi Simeon,

AVE is reported in the standard reports and is not dependent on the t-values.

Greetings
Dennis

Hi Harald,

From your question I interpret the "impulse" to be the independent variable(s) and "response" to be the dependent variable(s) with causal relations between them. In that case I think it would.

Greetings,
Dennis

You're welcome and good luck on your work.
Dennis

Hi Hengky, Thanks, that looks like an excellent paper I can use in my research. I will study it in more detail later :-) Hi Mahmood, You'll need to create a correlation table (correlations can be found in the standard report) that leads to a triangle. In the correlation table replace the diagonal co...

Hi nshongwe,

I would advice you to split the database and estimate the model for both groups and distinguish the differences.

Regards
Dennis

Hi Hengky,
you beat me to it by four minutes ;-)
I'm interested in Hair's paper; do you have a reference for me?
Thanks,
Dennis