Complete question:
Consider the game of chicken. Two players drive their cars down the center of the road directly at each other. Each player chooses SWERVE or STAY. Staying wins you the admiration of your peers (a big payoff) only if the other player swerves. Swerving loses face if the other player stays. However, clearly, the worst output is for both players to stay! Specifically, consider the following payouts. Player two Stay swervePlayer one stay -6 -6 2 -2 swerve -2 2 1 1
a) Does either player have a dominant strategy?
b) Suppose that Player B has adopted the strategy of Staying 1/5 of the time and swerving 4/5 of the time. Show that Player A is indifferent between swerving
and staying.
c) If both player A and Player B use this probability mix, what is the chance that they crash?
Explanation:
a. There is no dominant strategy for either player. Suppose two players agree to live. Then the best answer for the player is to swerve(-6 versus -2). Yet if the player turns two, the player will remain one (2 vs 1).
b. Player B must be shown to be indifferent among swerving and staying if it implements a policy (stay= 1⁄4, swerving= 5/4).
When we quantify a predicted award on the stay / swerving of Player A, we get
E(stay)= (1/5)(-6)+ (4/5)(2)= 2/5 E(swerve)= (1/5)(-2)
c. They both remain 1/5 of the time. The risk of a crash (rest, stay) is therefore (1/5)(1/5)= 1/25= 4%
Branch-circuit conductors supplying a single motor compressor shall have an ampacity not less than 125% of either the motor-compressor rated load current or the branch-circuit selection current, whichever is greater. For a wye-start, delta-run connected motor-compressor, the selection of branch-circuit conductors between the controller and the motor-compressor shall be permitted to be based upon 72% of either the motor-compressor rated-load current or the branch-circuit selection current, whichever is greater.
Explanation:
A branch circuit consists of the conductors between the final over current safety equipment and the exhaust system(s).It consists of drivers between the final over current protection equipment (OCPD) and the receptacle outlets, the illumination outlet(s).
The OCPDs must produce an ampacity of not under 125% of the continuous loads plus 100% of the non-continuous loading.
You must not exceed 125% of the continuous charges, plus 100% of the non-consistent charges
Answer:
Sale of plant assets. If the company<u> sales an equipment it will receive cash </u>for it. We are not given with any information of this transaction not being in cash, so we should assume it was a sale in cash or cash equivalent.
Explanation:
<u>Conversion of bonds into common stock.</u> The bonds, which are outstanding and represent a promise to pay, are converted into common stock, this transaction doesn't involve cash.
<u>Issuance of common stock to purchase land. </u>The land is acquire in exchange of common stock, the company is not using cash. the owner of the land can later sold the stock to a third party but it won't affect the cash flow of the company.
<u>Issuance of debt to purchase equipment </u>Like singing a note to purchase a machine, no cash is involve.
Answer:
The correct answer is D.
Explanation:
Giving the following information:
The per-unit standards for direct labor are 2 direct labor hours at $15 per hour. If in producing 1800 units, the actual direct labor cost was $48000 for 3000 direct labor hours worked.
We need to calculate the total direct labor variance, using two formulas:
Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (1,800*2 - 3,000)*15= $9,000 favorable
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Quantity
Direct labor rate variance= (15 - 48,000/3,000)*3,000= $3,000 unfavorable
Total direct labor variance= 9,000 - 3,000= $6,000 favorable
6.29% is the rate of growth
<u>Explanation:</u>
<u>The following formula is used
</u>
Price = D1 / ke -g
39.86 = 1.2 multiply with (1 + g) / 0.095 - g
3.7867 – 39.86 g = 1.2 + 1.2 g
2.5867 = 41.06 g
Now, we have to calculate the value of g
g = 2.5867 divide 41.06
= 0.0629
= 6.29 %
Where:
G = growth, ke = market rate of return, D1 = dividend ( annual), P = price of the share of company
