Answer:
Last paragraph
Explanation:
Finally, Jeremey has also divided the problem into smaller parts, such as production costs, overheads, downtime expense, repair expenditure, and so on.
Answer:
Calculating volumes by water displacement is always more accurate than using mathematical formulas when the objects have irregular shapes or it is difficult to measure them exactly. The only thing that you must keep in mind is measuring the water displacements properly. One ml of water equals 1 cm³, so if the water level increased by 5 ml, then the object's volume is 5 cm³.
Answer:
1 year rate 2 year from now = 12% (Approx)
Explanation:
Given:
1-year rate = 8%
2-year rate = 9%
3-year rate = 10%
Computation:
According to Pure Expectations Hypothesis,
(1 + 3-year rate)³ = (1 + 2-year rate)² (1 + 1 year rate 2 year from now)
(1.10)³ = (1 + 1.09)²(1 + 1 year rate 2 year from now)
1.331 = 1.1881 (1 + 1 year rate 2 year from now)
(1 + 1 year rate 2 year from now) = 1.12
1 year rate 2 year from now = 0.12
1 year rate 2 year from now = 12% (Approx)
Answer:
d. $141,000
Explanation:
As the following information is given
Purchase of raw material = $165,000
Beginning Raw material balance = $22,000
Completed direct material = $141,000
Completed indirect material = $13,000
Since the work in progress includes only direct material i.e $141,000 as indirect material is allocated to the overhead account. Therefore, only $141,000 of raw material is transferred to work in process account
So other information which is mentioned is ignored
Answer:
$27,500
Explanation:
Revenue from the sale of Product C = $36 × 2500
= $90,000
Cost to produce Product C = $14 × 2500
= $35,000
Revenue from the sale of Product M = $47 × 2500
= $117,500
Differential Total Net Revenue of producing Product M
= $117,500 - $90,000
= $27,500
