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3 years ago

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create a linear equation for a word problem dealing with income and total masks. If we know that each mask will be sold for 11.5

0 and the cost of the mask the company will pay is 3.50 and the total amount the company has to invest is 50,000.

1 answer:

GarryVolchara [31]3 years ago

4 0

Answer:

50,000=11.50x+3.50

hope that helps

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Correct Answers only please!

elixir [45]

Answer:

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Step-by-step explanation:

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A pie has been in the oven for some number of minutes. it needs to bake for a total of 60 minutes. for how many more minutes mus

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The pie must stay for 60 - x more minutes must the pie bake

<h3>For how many more minutes must the pie bake?</h3>

Let the amount of time spent in the oven be x

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This gives

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Please help logarithms!

nlexa [21]

Given:

$\log_34\approx 1.262$

$\log_37\approx 1.771$

To find:

The value of $\log_3\left(\dfrac{4}{49}\right)$ .

Solution:

We have,

$\log_34\approx 1.262$

$\log_37\approx 1.771$

Using properties of log, we get

$\log_3\left(\dfrac{4}{49}\right)=\log_34-\log_349$ $\left[\because \log_a\dfrac{m}{n}=\log_am-\log_an\right]$

$\log_3\left(\dfrac{4}{49}\right)=\log_34-\log_37^2$

$\log_3\left(\dfrac{4}{49}\right)=\log_34-2\log_37$ $[\log x^n=n\log x]$

Substitute $\log_34\approx 1.262$ and $\log_37\approx 1.771$ .

$\log_3\left(\dfrac{4}{49}\right)=1.262-2(1.771)$

$\log_3\left(\dfrac{4}{49}\right)=1.262-3.542$

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