2. Cald te SST, Treatment 1 Treatment 2 Treatment 3 n = 10 T = 10 n = 10 T = 20 SS = 16 n = 10 T = 30 SS = 23 N = 30 G = 60 ΣΧ-206 %3D SS = 27 %3D %3D %3D

Can you help asap, please

need answer and all the work

Can you please help me with this problem and the three parts that come along with it because i don't understand the problem and i just don't get it. Can you do this problem step by step and can you label the three parts as well.

Give me an example of a single factor design and an example of a factorial design. Provide the independent variable (IV) with its levels and dependent variable (DV) for the single factor design and the independent variables with their levels and DV for the factorial design

Explain why it can be dangerous to use the least-squares line to obtain predictions for x values that are substantially larger or smaller than those contained in the sample. The least-squares line is based on the x values ---Select--- ✓the sample. We do not know that the same linear relationship will apply for x values ---Select--- the range of values in the sample. Therefore the least-squares line should not be used for x values ---Select--- the range of values in the sample.

How large does a contingency table need to be for statistical analysis? at least 2 rows, 2 columns (2x2) Oat least 2x3 at least 4x2 at least 10x10

number 9 please :)