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hammer [34]
3 years ago
10

two pools are being drained.To start,the first pool had 3100 liters of water and the second had 3472 liters of water.Water is be

ing drained from the first pool at of 21 liters per minute.water is being drained from the second pool at a rate of 33 liters per minute
Mathematics
1 answer:
miss Akunina [59]3 years ago
5 0
First pool: 21 liters per min so to get 3100 gone do 3100 divided by 21 which equals 147
Second pool: 33 liters per min and you have 3472 divided 33 = 105
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4 years ago
The voltage in an electrical circuit is multiplied by itself each time it is reduced. The voltage is 27/125 of a volt and it has
ANTONII [103]

Answer:

The voltage in exponential form would be (\frac{3}{5})^3.

The original voltage in the circuit is \frac{3}{5} of a volt.

Step-by-step explanation:

Let x represent the original voltage.

We have been given that the voltage in an electrical circuit is multiplied by itself each time it is reduced. The voltage is 27/125 of a volt and it has been reduced 3 times.

The original voltage multiplied by itself for 3 times would be x\cdot x\cdot x=x^3.

Now, we will equate x^3 with 27/125 as:

x^3=\frac{27}{125}

We know that 27 is cube of 3 and 125 is cube of 5, so we can represent our equation as:

x^3=\frac{3^3}{5^3}

x^3=(\frac{3}{5})^3

Therefore, the voltage in exponential form would be (\frac{3}{5})^3

Now, we will take cube root of both sides to find original voltage in the circuit as:

\sqrt[3]{x^3} =\sqrt[3]{(\frac{3}{5})^3}

Using property \sqrt[n]{a^n} =a, we will get:

x =\frac{3}{5}

Therefore, the original voltage in the circuit is \frac{3}{5} of a volt.

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Answer:

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Step-by-step explanation:

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3 years ago
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Answer:

the answer is D. Y=3/2x+6

Step-by-step explanation:

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3 years ago
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