Any feasible solution to a blending problem without pooled components is feasible to the problem with pooled components.
Indicate whether the statement is true or false
Q. 2In a completely randomized experimental design involving five treatments, 13 observations were recorded for each of the five treatments. The following information is provided. SSTR = 200 (Sum Square Between Treatments) SST = 800 (Total Sum Square) The number of degrees of freedom corresponding to between treatments is _____.
a. 60
b. 59
c. 5
d. 4
Q. 3Any feasible solution to a blending problem with pooled components is feasible to the problem with no pooling.
Indicate whether the statement is true or false
Q. 4In a completely randomized experimental design involving five treatments, 13 observations were recorded for each of the five treatments. The following information is provided. SSTR = 200 (Sum Square Between Treatments) SST = 800 (Total Sum Square) The sum of squares within treatments (SSE) is _____.
a. 1,000
b. 600
c. 200
d. 1,600
Q. 5Each point on the efficient frontier is the maximum possible risk, measured by portfolio variance, for the given return.
Indicate whether the statement is true or false
Q. 6An experimental design that permits statistical conclusions about two or more factors is a _____.
a. randomized block design
b. factorial design
c. completely randomized design
d. randomized design
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