The answer to this question is: <span>d. it decreases the likelihood that plots that receive a particular treatment share other characteristics that might influence seed production
It is almost impossible to find out exact nutrition composition that exist within a soil. (which will play a huge factor in seed productin). So, to make the data more reliable, it is important to randomly assign plots of land as either the control group or the group that receive special treatment and grow the seed separately.</span>
Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
Answer:
The answer is letter A.
Explanation:
Less than or equal to 0.1
Because:
Average proportion (P-bar)= 0.024
Observations (n)= 75
sd =√(P-bar)(1-(P-bar)/n
sd =√(0.024)(1-0.024)/75
sd= √(0.024)(0.976)/75
sd= √(0.023424)/75
sd= 0.01767
sd ≤ 0.1
Answer:
a. strategic ambiguity.
Explanation:
The use of strategic ambiguity permits the views for diversify or interpretations also at the same time it promotes inclusiveness and unity
The mission and vision sttaement should be confused and normal in nature in order to provide the accomodation
So the use of symbols for permitting out the multiple interpretations of messages is known as the strategic ambiguity
Therefore the option a is correct
Answer: 8 hours
Using only three activity time estimations, the expected time for this job can be estimated using a mean or a median. If we use the mean, we add 3 estimates ((6,8 and (16+8)) and divide the sum by 3 (equals 13). If we use the median, expected time is 8 hours. In this case, where have extreme estimates, it is better to use the median, the number halfway in to the set which is 8.
