The answer to the question above is letter D. If Natasha has a gross income of $66,429. And has an adjustment of $14,490 for her business losses, $3,584 for her business expenses and $4,813 for her retirement contribution plan. The total remaining income is $43,542.
Answer:
$1,070
Explanation:
Calculation to determine the amount of applied overhead is:
Using this formula
Applied overhead = Total cost of WIP - Direct materials - Direct labor
Let plug in the formula
Applied overhead= $3,550 - $1,610 - $870
Applied overhead=$1,070
Therefore the amount of applied overhead is:$1,070
Answer:
B
Explanation:
Economic base are businesses that generate employment in a community or a geographical area.
Economic base analysis is a theory that posits that activities in an area divide into two categories:
1) Basic industries are those exporting from the region and bringing wealth from outside.
2)Nonbasic industries support basic industries.
The basic industries of a region are identified by comparing employment in the region to national norms.
Answer:
the lowest operating cost is achieved when mine 1 is operated for 0 hours and mine 2 is operated for 2 hours.
Explanation:
Mining hours of mine 1: M1
mining hours of mine 2: M2
Objective function: Minimize operating cost < 200M1 + 160 M2
Explicit constraints:
6M1 + 2M2 ≥ 12
2M1+ 2M2≥ 8
4M1+ 12M2 ≥ 24
Implicit constraints:
M1> 0
M2>0
See the attachment for feasible region
The coordinates of feasible region are (0,0), (2,0),(0,2),(1.5,1.5)
To maximize cost substitute each of these coordinates in objective function
for(0,0)
cost=0 (neglect this cost since M1>0 and M2 >0)
for(2,0)
cost= 320
for (0,2)
cost= 400
for (1.5,1.5)
cost= 540
the lowest operating cost is achieved when mine 1 is operated for 0 hours and mine 2 is operated for 2 hours