Answer:
Instructions are below.
Explanation:
Giving the following information:
Job 765:
Direct material= $5,670
Direct labor= $3,500
Machine Hours= 27
Job 766:
Direct material= $8,900
Direct labor= $4,775
Machine Hours= 44
Job 765 produced 152 units, and Job 766 consisted of 250 units.
Assuming that the predetermined overhead rate is applied by using machine hours at a rate of $200 per hour.
Costs sheet:
<u>Job 765:</u>
Direct material= 5,670
Direct labor= 3,500
Allocated overhead= 200*27= 5,400
Total cost= 14,570
Unitary cost= 14,570/152= $95.85
<u>Job 766:</u>
Direct material= 8,900
Direct labor= 4,775
Allocated overhead= 200*44= 8,800
Total cost= 22,475
Unitary cost= 22,475/250= $89.9
Deadweight losses occur when the quantity of an output produced is: ... Less than or greater than the competitive equilibrium quantity. Such that the marginal benefit of the output is just equal to the marginal cost.
Answer:
E) none of the above
12.70% and 2.49% standard deviation
Explanation:
We multiply probability by the outcome to get the weighted amount, we add them and get the expected return.
probability outcome weighted
0.25 0.10 0.0250
0.45 0.12 0.0540
0.30 0.16 0.0480
expected return 0.1270
Now that we got the expected return at 12.7%
We now subtract the possible outcome with the expected return and square them:
(0.127-0.1)^2
(0.127-0.12)^2
(0.127-0.16)^2
Then we add them and divide by the sample which is 3
0.000622
²√ 0.000622 = 0.024944383
<u><em>Final step,</em></u> will be the square root which gives the standard deviation
of 2.49% = 0.024947
Excess weight, especially excess fat are prone to cancer. This is particularly applicable to obese people who do not exercise regularly. Excess body fat affects health in metabolic reactions, hormone secretions and the immune system. Studies have already shown that 1 out of 5 cancer patients have excess body weight.
