Tech A says that packing a wheel bearing assembly can be done by hand with proper results. Tech B says that packing a wheel bearing assembly with a bearing packer will get the proper results. The two statements are right. This is further explained below.
<h3>What is a wheel bearing?</h3>
Generally, the wheel bearing is simply defined as an important component of a vehicle's braking, steering, and suspension systems.
In conclusion, The one-piece hub assembly is located between the drive axle and the brake disc.
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Answer:
NPV = (53,222.44)
Explanation:
Net fixed asset 345,000
Working capital
160,000 inventory + 35,000 Ar = 195,000
short term deb (110,000)
net working capital 85,000
Total investment 430,000
salvage value 345,00 x 25% = 86,250
release of the working capital 85,000
Cash flow at end of project 171,250
annual cash flow
sales 550,000
cost (430,000)
depreciation 69,000
EBT 51,000
tax expense 35%
(17,850)
net income 33,150
+ dep 69,000
cash flow 102,150
Now we calculate the present value of the net cash flow and the present alue fothe end of the project
C 102150
time 4
rate 0.15
PV $291,636.04
Principla (sum of salvage and released Working capital 171,250.00
time 5.00
rate 0.15
PV 85,141.52
NPV = 291,636.04 + 85,141.52 - 430,000 = (53,222.44)
Answer:
You get the highest net income in year 2 with <u>Units-of-production method.</u>
Explanation:
Schedule of depreciation expense, accumulated depreciation, and book value per year for the equipment under the three depreciation methods is attached.
<u>Straight-line
</u>
Depreciation expense 2nd year=$5.000=(Original Value -Residual Value)/Useful life
<u>Units-of-production
</u>
Units of Production Rate=2.5=(Original Value -Residual Value)/estimated productive life
Depreciation expense 2nd year= 7250
<u>
Double-declining-balance.
</u>
Depreciation rate 20,00% 1/useful life *100
Depreciation expense 2nd year= 6720
Answer:
The correct answer is option (B).
Explanation:
According to the scenario, the given data are as follows:
Total cost = $8,600
Total units = 400 Units
Direct labor hour per unit = 5
Variable cost = $1.50
So, we can calculate the fixed cost by using following formula:
Fixed cost = Total cost - Total Direct labor cost
Where, Total direct labor cost = $1.50 × 5 × 400 = $3,000
By putting the value in the formula, we get
Fixed cost = $8,600 - $3,000
= $5,600
