Car insurance, Gas, Routine Oil change, breaks and any mechanical issues that may arise.
Answer:
$27,541
Explanation:
Calculation to Determine the activity cost
Activity Cost
Set-up $75.00
Movement:
Batch 60V $66
(Three batch moves *22.00 per batch)
Weight $750
(150 pounds*0.10 per pound*50)
Inspection $200
(Two sets of inspections*50*2.00 per unit)
Drilling $750
(3.00 per hole*five holes in each unit*50)
Welding $24,000
(6.00 per inch*80*50)
Shaping $800
(32.00 per hour*(30 minutes/60)*50)
Assembly $900
(18.00 per hour*1*50)
Total $27,541
Therefore the activity cost is $27,541
Answer:
$11,000 unfavorable
Explanation:
Calculation to determine the company's fixed-overhead volume variance would be:
Actual fixed overhead incurred ($791,000)
Less Budgeted fixed overhead ($780,000)
Fixed-overhead volume variance $11,000 unfavorable
Therefore the company's fixed-overhead volume variance would be: $11,000 unfavorable
Answer:
a) Absolute Value Inequality => Absolute(0 + y) < 2
b) -2 < y < 2
Which means, Johnson Family has to live within the range of -2 to +2 from the fire department. Otherwise, they will have to pay 500 USD as increased deductible.
Explanation:
<u><em>Johnson Family has to live within the range of -2 to +2 from the fire department.
</em></u>
<em>a) Absolute Value Equation:</em>
Absolute(0 + y) < 2
where y represent the location of the new house and 0 represents the location of the fire department.
Furthermore,
<em>Absolute(0 + y) < 2 = (0 + x) < 2 when (0 + y) is +ve. </em>
and
<em>Absolute(0+y) <2 = -(0 + x) < 2 when (0 + y) is -ve.
</em>
b) When (0 + y) is +ve,
we have, (0 + y) < 2.
<em>Solving for y and subtracting 0 from both sides. </em>
0-0 + y < 2 - 0
<em>y < 2</em>
and when (0 + y) is -ve,
<em>we have, - (0 + y) < 2.
</em>
Solving for y:
- 0 - y < 2
multiplying negative from both sides
<em>y > - 2</em>
<em>So, we have -2 < y < 2 </em>
<em>Johnson Family has to live within the range of -2 to +2 from the fire department. Otherwise, they will have to pay 500 USD as increased deductible. </em>
