Answer:
The correct answer is:
(a) -7783
(b) 6800
(c) -983
Explanation:
According to the given values in the question:
(a)
The price variance will be:
= 
= 
=
(Favorable)
(b)
The quantity variance will be:
= 
= 
= 
=
(Unfavorable)
(c)
The cost variance will be:
= 
= 
=
(Favorable)
Answer: Alternative evaluation.
Explanation:
Alternative Evaluation is the phase of the purchaser decision process where the consumer makes use of the information gotten from the information search to assess other brands in the category of the product.
For example, if a consumer is assessing a group of television and he or she has identified three attributes like price, performance and design. The consumer will assess each brand and make decision based on his or her assessment.
Answer:
B. Fewer workers will be needed.
Explanation:
Elastic demand refers to a flexible demand. It is a demand that can increases or decreases due to several factors. If demand is not elastic, it implies it is constant. An increase or decrease in output or price will not affect the quantity demanded.
An increase in productivity means an increase in output per worker. It is the increase in the number of units produced, per hour, per worker. An increase in productivity results in more output in a given period than previously.
If the demand is constant and there is an increase in productivity, only a few workers will be required. The output from the few workers will be high to meet the constant demand.
Answer:
d.Level 2
Explanation:
Based on the information provided within the question it can be said that Yuki is in the level 2 of the level-5 leadership pyramid. This level emphasizes an individuals contributions towards the other members of a group and adding their individual capabilities to the group in order to help the group achieve their overall goals. Which is exactly what Yuki is doing as described in the question.
Answer:
Probability, P(n) = 3/8
Explanation: Let standard delivery be S and express delivery be E.
I) When the parcels were sent:
S(n) = 75/100 and E(n) = 25/100
II) When the parcels arrived:
S(n)← = 80/100 and E(n)← = 95/100
The probability a record of a parcel delivery is chosen, P(n) = S(n)*E(n) + E(n)*S(n) = 75/100*25/100 + 25/100*75/100
P(n) = 3/16 + 3/16 = 6/16
∴ P(n) = 3/8