Correct/Complete Question:
What is the time of the slowest workstation in a production system?
A. utilization
B. bottleneck time
C. effective capacity
D. throughput time
Answer:
B, bottleneck time
Explanation:
A bottleneck in a production system refers to a constraint in the production system where supply takes the longest time to meet up with demand for a particular good.
In the production processes, bottleneck time is the time takencapacity of the ful in a certain process of production as a result of the limited capacity of the process, thereby reducing the entire production chain.
Simply put, a bottleneck is a delay in time of one of the production process thereby slowing down the entire production system.
Cheers.
Answer: The stage of communication is MESSAGE DECODING.
Explanation: Decoding of a message involves interpreting and understanding a message. It is the process of converting a message sent into thoughts.
A message is first received by a receiver who then begins to interpret it. The receiver translates the message into meaningful symbols that is easily understood by him. When you decode a message, you get the meaning out of a conversation or message. As such, a message can be said to be completely decoding when then is successful communication.
Let $x = the cost per flower.
Number of roses sold = 20
Profit on 20 roses = $6
Cost = (30 roses)($x per rose) = $ 20x
Revenue = ($0.50 per rose)*(20 roses) = $10
Profit = $10 - $ 20x = $6
That is,
10 - 20x = 6
20x = 10 - 6
20x = 4
x = $0.2 = 20 cents
Answer: She paid 20 cents per flower.
Answer:
$2,000 and it is favourable
Explanation:
Direct material quantity variance is defined as the efficiency with which materials are converted into products. It is calculated by multiplying standard price of material by the difference between standard quantity and actual quantity used.
Standard price (SP)= $2.50
Standard quantity (SQ)= 30,000 units
Actual quantity (AQ)= 29,200 units
Material quantity variance = SP * (SQ - AQ)
Material quantity variance= 2.50 * (30,000 - 29,200)
Material quantity variance= $2,000