Answer:
The answer is <em>elastic; decrease</em>
Explanation:
Price elasticity of demand (PED) = %change in QD/ %change in price
PED = (2-1.55/1.55 ) * 100 / (160-220/220) *100 = 1.065
PED is elastic
Total revenue before price change = 1.55*220= $341.00
Total revenue after price change = 2* 160 = $320.00
Total revenue decreased by $21.00
Answer:
Total= $13,221.52
Explanation:
Giving the following information:
Deposited $3,200 in an account two years ago and is depositing another $5,000 today.
A final deposit of $3,500 will be made one year from now.
Interest expense= 4.85% compounded annually.
We need to calculate the final value of each deposit using the following formula:
FV= PV*(1+i)^n
First deposit= 3,200*(1.0485^5)= $4,055.01
Second deposit= 5,000*(1.0485^2)= $5,496.76
Third deposit= 3,500*(1.0485)= $3,669.75
Total= $13,221.52
Answer:
Option A: Must be calculated on earned income as well as adjusted gross income in some cases
Explanation:
Earned Income Credit also abbreviated to EIC is known to be a refundable tax credit. It is usually for qualified (low-income) taxpayers who have earned income such as wages.
Earned income are simply wages, self-employment income, and eligible disability pay.
The reason/purpose of the Earned Income Credit is to limit or reduce the tax burden on working families with lower earned income.
Answer:
The correct word for the blank space is: the purchases history.
Explanation:
Purchases history allows businesses to have an idea of what the preferences of its customers are or how they can change over time. It is a helpful tool firms can use to offer similar or complementary products that may be of interest to their customers and that may end up increasing the organization's revenues if the consumer makes the additional purchase.
Answer:
Objective function:
Maximize Z: 30P1 + 25P2 + 28P3
Subject to: 2.00P1 + 1.50P2 + 3.00P3 ≤ 450 (Department A constraint)
2.50P1 + 2.00P2 + P3 ≤ 350 (Department B constraint)
0.25P1 + 0.25P2 + 0.25P3 ≤ 50 (Department C constraint)
P1, P2, P3 ≥ 0 (Non-negativity)
Explanation:
The objective function is formulated from the contribution margin of the three products. For instance, the contribution of Product 1 is $30, the contribution of Product 2 is $25 and the contribution of Product 3 is $28. Thus, the objective function will be 30P1 + 25P2 + 28P3.
The constraints were obtained from the departmental labour hours requirements for each product. For instance, Product 1 requires 2 hours in department A, Product 2 requires 1.50 hours in department A and Product 3 requires 3 hours in Department A. Thus, the constraint will be 2.00P1 + 1.50P2 + 3.00P3.
