Question

A company that manufactures personal hygiene items purchases machinery for $220,000 that is considered to last 7 years; it is estimated that at the end of the period it will have a salvage value of $1000. Find: to. The depreciation rate. b. The book value at the end of the sixth year.

163

likes
817 views

Answer to a math question A company that manufactures personal hygiene items purchases machinery for $220,000 that is considered to last 7 years; it is estimated that at the end of the period it will have a salvage value of $1000. Find: to. The depreciation rate. b. The book value at the end of the sixth year.

Expert avatar
Eliseo
4.6
110 Answers
To find the depreciation rate, we can use the formula:

\text{{Depreciation Rate}} = \frac{{\text{{Cost}} - \text{{Salvage Value}}}}{{\text{{Useful Life}}}}

Given:
Cost = $220,000
Salvage Value = $1,000
Useful Life = 7 years

Substituting the values into the formula, we have:

\text{{Depreciation Rate}} = \frac{{220,000 - 1,000}}{{7}}

Simplifying the expression, we get:

\text{{Depreciation Rate}} = \frac{{219,000}}{{7}}

\text{{Depreciation Rate}} = 31,285.71

So, the depreciation rate is $31,285.71 per year.

To find the book value at the end of the sixth year, we can use the formula:

\text{{Book Value}} = \text{{Cost}} - (\text{{Depreciation Rate}} \times \text{{Number of Years}})

Given:
Cost = $220,000
Depreciation Rate = $31,285.71
Number of Years = 6 years

Substituting the values into the formula, we have:

\text{{Book Value}} = 220,000 - (31,285.71 \times 6)

Simplifying the expression, we get:

\text{{Book Value}} = 220,000 - 187,714.26

\text{{Book Value}} = 32,285.74

Answer:
a. The depreciation rate is $31,285.71 per year.
b. The book value at the end of the sixth year is $32,285.74.

Frequently asked questions (FAQs)
Question: For the cosine function f(x) = cos(x), what is the period of the function and its maximum value within the interval [0, 2π]?
+
Math question: What is the equation of a parabola with a vertex at (-2, 3) and a y-intercept at (0, -5)?
+
What is the tangent of angle α if the opposite side is 4 and the adjacent side is 3? (
+
New questions in Mathematics
11(4x-9)= -319
5/8 x 64
What is the amount of interest of 75,000 at 3.45% per year, at the end of 12 years and 6 months?
Use the elimination to find the solution to each linear system. X+y=43 2x-y=20
a bank finds that the balances in its savings accounts are normally distributed with a mean of $500 and a standard deviation off of $40. What is the probability that a randomly selected account has a balance of more than $400?
4.2x10^_6 convert to standard notation
4x567
Suppose 56% of politicians are lawyers if a random sample of size 873 is selected, what is the probability that the proportion of politicians who are lawyers will be less than 55% round your answer to four decimal places
how many arrangements can be made of 4 letters chosen from the letters of the world ABSOLUTE in which the S and U appear together
Use the power rule for logarithms to solve the following word problem exactly. If you invest $1, 000 at 5% interest compounded annually, how many years will it take before you have $2,000?
A machine produces 255 bolts in 24 minutes. At the same rate, how many bolts would be produced in 40 minutes?
-1%2F2x-4%3D18
Show work on 4108 divided by 4
Determine a general formula​ (or formulas) for the solution to the following equation.​ Then, determine the specific solutions​ (if any) on the interval [0,2π). cos30=0
-5x=115
Consider mixing 150 ml, 0.1M, HCI with 100 ml, 0.2M, KOH solution. Determine the pH of final solution.
The blood types of individuals in society are as follows: A: 30%, B: 25%, AB: 20%, 0: 25%. It is known that the rates of contracting a certain disease according to blood groups are as follows: A: 7%, B: 6%, AB: 7%, 0: 4%. Accordingly, if a person selected by chance is known to have this disease, what is the probability of having blood group O?
The slope of the tangent line to the curve f(x)=4tan x at the point (π/4,4)
calculate the product of 4 and 1/8
A gas is leaking at 3.5ft3/min in a room of 2.9m by 6.9ft by 15.7m. How long would it take (in seconds) for 22% of the room to reach the LFL, if the gas has a LFL of 2.51%?