Spatial perception is measured on a scale from 0 to 10. A group of 9^th grade students are tested for spatial perception. SPSS was used to obtain descriptive statistics of the spatial perception scores in the sample. $Spatial perception is measured on a scale from 0 to 10. A group of 9<sup>th</sup> grade students are tested for spatial perception. SPSS was used to obtain descriptive statistics of the spatial perception scores in the sample. Using \alpha = 0.01, is the mean score significantly different from 5? A) Yes, because t = 2.34 and this is greater than t* = 2.11. B) No, because t = 2.34 and this is smaller than t* = 3.97. C) No, because t = 0.55 and this is smaller than t* = 2.11. D) No, because t = 2.34 and this is smaller than t* = 2.90.$
Using $\alpha$ = 0.01, is the mean score significantly different from 5?

Question

Spatial perception is measured on a scale from 0 to 10. A group of 9^th grade students are tested for spatial perception. SPSS was used to obtain descriptive statistics of the spatial perception scores in the sample. $Spatial perception is measured on a scale from 0 to 10. A group of 9<sup>th</sup> grade students are tested for spatial perception. SPSS was used to obtain descriptive statistics of the spatial perception scores in the sample. Using \alpha = 0.01, is the mean score significantly different from 5? A) Yes, because t = 2.34 and this is greater than t* = 2.11. B) No, because t = 2.34 and this is smaller than t* = 3.97. C) No, because t = 0.55 and this is smaller than t* = 2.11. D) No, because t = 2.34 and this is smaller than t* = 2.90.$
Using

\alpha

= 0.01, is the mean score significantly different from 5?

Quizplus · Accepted Answer

The Answer of Spatial perception is measured on a scale from 0 to 10. A group of 9^th grade students are tested for spatial perception. SPSS was used to obtain descriptive statistics of the spatial perception scores in the sample. Using $\alpha$ = 0.01, is the mean score significantly different from 5? A) Yes, because t = 2.34 and this is greater than t* = 2.11. B) No, because t = 2.34 and this is smaller than t* = 3.97. C) No, because t = 0.55 and this is smaller than t* = 2.11. D) No, because t = 2.34 and this is smaller than t* = 2.90.

Spatial Perception Is Measured on a Scale from 0 to 10