Answer:
The price of ice cream increases - The demand for caramel topping will decrease
The price of caramel topping decreases - The demand curve for caramel topping will remain the same.
The price of butterscotch topping increases - The demand for caramel topping will increase.
Explanation:
If the price of icecream increases , it would become expensive to make them. So producers would reduce quantity supplied of ice cream. As a result of the reduced supply, there would be less demand for caramel toppings.
Caramel and butterscotch toppings are subsituites. If the price of butterscotch toppings increase, the demand for caramel toppings would increase.
If the price of caramel toppings reduce, the quantity supplied would fall. This would lead to a movement along the demand curve and not a shift of the demand curve.
The number of births in a population in a certain amount of time is the birth rate
Answer:
matrix organizational structure
Explanation:
When a company works under a matrix organizational structure, specialists from different parts of the organization are brought together on a temporary basis to work on specific projects. It is common for employees to report to both a functional manager (traditional manager) and a product manager (project manager).
Answer:
$ 2 per unit on average
Explanation:
Calculation for what the financial advantage (disadvantage) of purchasing the parts from the outside supplier would be:
First step is to calculate the Relevant cost of making
Relevant cost of making = 9 + 7 + 1 + ( 5 * 80 % ) Relevant cost of making= $ 21
Now let calculate the Financial advantage of buying
Financial advantage of buying = ( 21 - 19 )
Financial advantage of buying= $ 2 per unit on average
Therefore the financial advantage (disadvantage) of purchasing the parts from the outside supplier would be:$ 2 per unit on average
Answer:
Annual deposit= $12,473.70
Explanation:
Giving the following information:
Final value= $2,000,000
Number of years= 37
Interest rate= 7%
To calculate the annual deposit required to reach the final value. We need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= {2,000,000*0.07)/ [(1.07^37) - 1]
A= $12,473.70