I think it is Carry a risk of losing money (A)
Answer:
Favorable for price and unfavorable for usage.
Explanation:
Provided Information,
Standard Material = 2.2 pounds per unit
Standard cost = $2 per pound
Actual Quantity = 2.3 pounds per unit
Actual cost = $1.95 per pound
In Material Price variance we have = (Standard Price - Actual Price) 
Actual Quantity
Since Standard Price $2 is more than actual price = $1.95 the variance is favorable.
In material quantity variance we have = (Standard Quantity - Actual Quantity) Standard Rate
Since actual quantity used = 2.3 pounds is more than standard 2.2 pounds the variance will be unfavorable
Therefore, Price Variance = Favorable, and Quantity Variance = Unfavorable.
Answer:
There is no change in investment for Apletra.
Explanation:
Because GDP, consumption, and government spending remains the same there would also be no chane in investment for Alpletra.
Answer:
Annual deposit= $2,803.09
Explanation:
<u>First, we need to calculate the monetary value at retirement:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual payment
FV= {22,000*[(1.08^25) - 1]} / 0.08
FV= $1,608,330.68
Now, the annual deposit required to reach $1,608,330.68:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (1,608,330.68*0.08) / [(1.08^50) - 1]
A= $2,803.09
GDP stands for gross domestic product. The GDP allows economist to measure the market value in terms of money. They are measuring the final good or service that is being offered to a customer over any given time.
Since the first bag of flour is being sold to a bakery to make bread from and sell for $4.00 the GDP of this item is $4.00 because that is the cost a customer is paying.
The second bag of flour is sold to a customer for $2.00 in a grocery store and is the final cost a they are paying.
In this scenario, the GDP for the two products being sold to a customer is $6.00.
