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3 years ago

Maren walks 3/5 miles in 24 minutes at a steady pace how long does it take for the walk 2 miles

1 answer:

6 0

First you have to find how many times she will have to walk 3/5 miles to get to 2 miles [2 divided by 3/5. Another way is to divide 2 by 6/10 (.6) ] This is 3.3333333..... Then you will have to multiply this by 24 to find how many minutes it took her to walk the 2 miles.

It took her 80 minutes. Another way to say this is 1 hour an twenty minutes.

you can also write it as a fraction, 1 2/6 hour or 1 1/3 hour.

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The cost y to rent a tent is proportional to x days. if it costs $56 to rent a tent for 7 days what is the formula

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Which is an irrational number? 0/3 4.37124 5.2 /42.25

amid [387]

43.5 is the answer to the question

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3 years ago

At the end of the sale, 22 crossbody purses were sold at $15 each, 34 wristlets priced at $12 were sold, 96 satchels marked at $

Brrunno [24]

Answer:

Average: 26.223529411764706 (Please round to the place value necessary since it does not say in the question.)

Step-by-step explanation:

We first find the number of items sold: 170

Then we find the total cost: 4458

We then divide 4458 by 170

We end up with the answer 26.223529411764706. (Please round to the place value necessary since it does not say in the question.)

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2 years ago

A flying carpet flies 2.4 miles with the wind in the same amount of time it flies 1.4 miles against the wind. The wind speed is

Ainat [17]

Answer:

$15.2~mph$

Step-by-step explanation:

Let the time flown by the flying carpet be $t$ . Then, we have that $(2.4)/t=(1.4)/t+2*4$ .

We multiply both sides of the equation by $t$ to get $2.4=1.4+8t$ .

We subtract $1.4$ from both sides to get $1=8t$ .

We divide both sides of the equation by $t=1/8$ .

We know that the speed of the flying carpet in still wind is the average of the rates of the speed of the flying carpet with the wind and against the wind.

The speed with wind is $(2.4)/(1/8)=19.2$ mph.

The speed against wind is $(1.4)/(1/8)=11.2$ mph.

The speed in still wind is $(19.2+11.2)/2=(30.4)/2=15.2$ .

Therefore, the answer is $\boxed{15.2~mph}$ and we're done!

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3 years ago