First we need to find the total annual costs for both the plans.

In case of leasing:
Fixed monthly cost = $420
So, yearly cost = 420 x 12 = $5040
Cost per mile = $0.08

For x miles driven, the cost per year for leasing will be = 5040 + 0.08x

In case of purchasing:
Fixed yearly cost = $4600
Cost per mile = 0.10

For x miles driven, the cost per year for leasing will be = 4600 + 0.10x

We want to find for what number of miles will the cost of leasing will be no more expensive than the cost of purchasing.

So,

Cost of leasing ≤ Cost of purchasing
5040 + 0.08x ≤ 4600 + 0.10x
440 ≤ 0.02x
22000 ≤ x

Thus, if if the number of miles driven are equal to or less than 22,000 leasing will be no more expensive than purchasing.

8 0

3 years ago

Phillip is mowing his backyard. His backyard is oddly shaped. Phillip has an 8 ft by 8 ft pond in his backyard. What is the tota

Verdich [7]

I'm not a 100% sure but I think it is 64 ft if somebody see this and see that I'm wrong please correct me

8 0

3 years ago

Can you please solve the following equation?

AlladinOne [14]

Answer:

x=3.903

Step-by-step explanation:

$2^{x-3}.5^{x-1}=200\\2^x.2^{-3}.5^x.5^{-1}=200\\\frac{2^x}{2^3}.\frac{5^x}{5^1}=200\\\frac{2^x.5^x}{2^3.5}=200\\\frac{(2.5)^x}{8.5}=200\\10^x=200 \times 40\\10^x=8000\\log 10^x=log8000\\x=\frac {log8000}{log10}=log8000=log 8\times log1000=log 8+log 1000=log2^3+log10^3=3log2+3log10=3log2+3 \approx0.903+3 \approx3.903$

7 0

3 years ago

10 pounds of onions cost $100 how many pounds of onions can get with $150

erma4kov [3.2K]

Answer:

Step-by-step explanation:

$100 / 10 pounds = $10 / pound

$150 / 10 dollars = 15 pounds of onions

4 0

3 years ago

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