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Pachacha [2.7K]
2 years ago
12

Henry is at the end of a three-year lease for his car. his leasing company says that his car is currently worth $12,780, a 72% r

esidual value. determine the original msrp of henry’s leased car.
Mathematics
2 answers:
ahrayia [7]2 years ago
8 0
The residual value or some may term it the salvage value is the value of an item after a certain period of time. Let x be the original msrp (manufacturer suggested retail price), we can calculate for the salvage value as follows:
                                               12,780 = 0.72x
The value of x from the equation generated above is 17,750. Therefore, the original msrp is equal to $17,750.
frutty [35]2 years ago
4 0

Answer:

Original MSRP of  Henry's leased car = $17750

Step-by-step explanation:

Let's assume the original msrp of Henry’s leased car is x

Given : residual value is 72% of the original MSRP of Henry’s leased car

⇒ Residual value = 72% of x

Current worth of Henry's car = $12780

⇒ Residual Value = Current worth of the car

⇒ 72% of x = 12780

\implies \frac{72}{100}\times x=12780\\\\\implies 72\times x=12780\times 100\\\\\implies x = \frac{12780\times 100}{72}\\\\\implies x = 17750

Hence, Original MSRP of  Henry's leased car = $17750

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alexgriva [62]

Answer:

0.0003W/cm°C

Step-by-step explanation:

The question is not properly written. Here is the correct question.

The batting wang xiu ying uses to fill quilts has a thermal conductivity rate of 0.03 watts (W) per meter(m) per degree celsius. what is the batting thermal conductivity when w/cm•c

Given the thermal conductivity in W/m°C to be 0.03W/m°C

We are to rewrite the value in W/cm°C

The difference is the unit. The only thing we need to do is to simply convert the unit (metres) in W/m°C to centimeters (cm)

Since 100cm = 1m, 0.03W/m°C can be expressed as shown below;

= 0.03W/m°C

= 0.03 × W/1m×°C

Note that 1m = 100cm, substituting this conversion into the expression, it will become;

= 0.03 × W/100cm × °C

= 0.03/100 × W/cm°C

= 0.0003W/cm°C

Hence the battling thermal conductivity in W/cm°C is 0.0003W/cm°C

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2 years ago
What is the recursive formula for this geometric sequence?<br> -2, -16, -128, -1024,
FinnZ [79.3K]
<h3>Answer: Choice A</h3>

The first line shown in choice A is a_1 = -2 which means "the first term is -2"

The next line in choice A means "the nth term (a_n) is found by multiplying the prior term (a_{n-1}) by 8". Put another way: multiply each term by 8 to get the next term.

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second term = 8*(first term) = 8*(-2) = -16

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Answer:

For First Solution: y_1(t)=e^t

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For 2nd Solution:y_2(t)=cosht

y_2(t)=cosht  is the solution of equation y''-y=0.

Step-by-step explanation:

For First Solution: y_1(t)=e^t

In order to prove whether it is a solution or not we have to put it into the equation and check. For this we have to take derivatives.

y_1(t)=e^t

First order derivative:

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For 2nd Solution:

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y_2(t)=cosht

First order derivative:

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y''_2(t)=cosht

Put Them in equation y''-y=0

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Hence y_2(t)=cosht  is the solution of equation y''-y=0.

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You can use the break apart strategy which would look like:
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