Answer: 4%
Explanation:
From the question, we are informed that Pension plan assets were $1,200 million at the beginning of the year and $1,252 million at the end of the year and that at the end of the year, retiree benefits paid by the trustee were $28 million and cash invested in the pension fund was $32 million.
Based on the above scenario, the percentage rate of return on plan assets goes thus:
Opening balance of plan assets 1200
Add:- Actual return = 48
Add:- contributions = 32
Less :- retiree benefits = -28
Closing balance of plan assets = 1252
It should be noted that the actual return is the balancing figure which is calculated as:
= 1252 + 28 - 1200 - 32
= 48
The percentage rate of return on plan assets will now be:
= 48/1200
=0.04
= 4%
Answer: The correct answer is "d. all of the above"
Explanation: In a perfectly-competitive industry a firm have no incentive to enter or exit the industry when:
- market price is equal to minimum long-run average cost.
- each firm earns a normal return.
This happens because in perfect competition companies reach a long-term equilibrium where extraordinary benefits are eliminated.
The own-price elasticity of the soccer cones is -0.67
The computation of the own-price elasticity of the soccer cones is as follows:
We know that
The Elasticity of demand is
= (change in quantity ÷ average quantity) ÷ (change in price ÷ average price)
Here
Change in quantity = 14 - 10 = 4
average quantity = (14 + 10) ÷ 2 = 12
change in price = 3 - 5 = -2
average price = (3 + 5) ÷ 2 = 4
So,
The Elasticity of demand is
= (4 ÷ 12) ÷ (-2 ÷ 4)
= -0.67
Therefore we can conclude that the own-price elasticity of the soccer cones is -0.67
Learn more about the price elasticity of demand here: brainly.com/question/15313354
<span>20% is the maximum speed up possible for this program.
For this problem, let's assign the time of 1 for the task when using a single processor. Now let's assume that we have an infinite number of processors available to handle the portion of the program that can be executed in parallel so that the execution time for that portion will be 0. That means that the total execution time with an infinite number of processors will be
1 * (0.80 + 0) = 1 * 0.80 = 0.80
So at best, the parallel program will take 80% of the time for the single threaded version. So the speed increase will be
(1 - 0.80) / 1 = 0.20/1 = 0.20 = 20%</span>
