Solve the inequality W > Y plus H all divided by P for H.

1 answer:

7 0

Here is the answer to the given question above. So based on the given equality, W > y+h / P
So in order to solve this, let us eliminate the denominator by multiplying both sides by P so we get Wp > y + H. So to get the value of H, we are going to transfer y and it would look like this. Wp - y > H. So this is the final answer. Hope this helps.

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The density of apple juice is 1.04 grams per cm3. The density of fruit syrup is 1.6 grams per cms The density of sparkling water

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Answer:

Density = 1.042 grams /cm^3

Step-by-step explanation:

Work out the mass of each of three in a unit volume (cm^3)

Givens

Apple Juice = 1.04 grams / cm^3
Fruit Syrup = 1.6 grams / cm^3
Sparkling water = 0.99 grams / cm^3

Mixture

35 cm^3 Apple Juice = 1.04 grams / cm^3 * 35 cm^3 = 36.4 grams

25 cm^3 Fruit = 1.6 grams/cm^3 * 25 cm^3 = 40 grams

270 cm^3 water = 0.99 * 270 267.3 grams

Total Mixture

Volume = 25 + 35 + 270 = 330 cm^3
Mass = 36.4 + 40 + 267.3 = 343.7 grams

Density

Density = mass / volume = 343.7 / 330 = 1.0415

Answer

1.042 grams / cm^3

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Margee thinks she can use logs to solve 56 = x^8, since logs seem to make exponents disappear. Unfortunately, Margee is wrong. E

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Answer:

We use log to solve only those equations in which we have our variables in power form.

Step-by-step explanation:

Given : Margee thinks she can use logs to solve $56=x^8$ , since logs seem to make exponents disappear but Margee is wrong

We have to explain the difference between equations like $2=(1.04)^x$ and $56=x^8$

We use log to solve only those equations in which we have our variables in power form.

Out of given equation only $2=(1.04)^x$ has x in power form so we can apply log for solving the equation as,

$2=(1.04)^x\\\\\ \text{Taking ln both sides},\\\ln (2)=\ln (1.04)^x\\\\\\\\text{Using idenity} \ln a^b=b\ln a\\\\\\ln (2)=\ln (1.04)^x\\\\\text{on solving, we get}\\\\x=17.673$