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3 years ago

P% of m PLEASE HELP IMMEDIATELY

Mathematics

1 answer:

Aleonysh [2.5K]3 years ago

4 0

Answer:

pm/ 100 is answer.

Step-by-step explanation:

here, p% of m

=p/100× m

= pm/ 100 ...is answer.

hope its what you are searching for..

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vijay is building a new rectangular enclosure in his backyard for his chickens. he has 404040 feet of fencing material and he wa

alexandr402 [8]

The equation that best models the situation is; 2(8 + L) = 40.

<h3>How to find the perimeter of a rectangle?</h3>

We are told that;

Vijay is building a new rectangular enclosure.

Amount of fencing material Vijay has = 40 ft

The width of the enclosure = 8 feet.

Now, we are told that l is the length of the enclosure, and Vijay uses all of the fencing material.

This means that there are two width and two length sides.

Therefore, if you want the fencing to equal 40 feet around the perimeter, (8 · 2 + L · 2) = 40.

Factoring 2 out gives us;

2(8 + L) = 40.

Read more about perimeter of a rectangle at; brainly.com/question/24571594

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1 year ago

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Delvig [45]

Answer:

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2 years ago

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cluponka [151]

Answer:

A=5, B=3y

Step-by-step explanation:

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3 years ago

Find the angles between -pi and pi that satisfy: (−√3) sin(v)+cos(v)=√3

MAXImum [283]

Observe that

$\sin\left(\dfrac\pi6-v\right)=\sin\dfrac\pi6\cos v-\cos\dfrac\pi6\sin v=\dfrac12\cos v-\dfrac{\sqrt3}2\sin v$

In the original equation, divide both sides by $\dfrac12$ :

$-\sqrt3\sin v+\cos v=\sqrt3\implies\dfrac12\cos v-\dfrac{\sqrt3}2\sin v=\dfrac{\sqrt3}2$

$\implies\sin\left(\dfrac\pi6-v\right)=\dfrac{\sqrt3}2$

Next,

$\sin x=\dfrac{\sqrt3}2\implies x=\dfrac\pi3+2n\pi,x=\dfrac{2\pi}3+2n\pi$

where $n$ is any integer. Then

$\sin\left(\dfrac\pi6-v\right)\implies v=-\dfrac\pi6-2n\pi,v=-\dfrac\pi2-2n\pi$

Fix $n=0$ to ensure $-\pi$ , so that

$v=-\dfrac\pi6,v=-\dfrac\pi2$

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3 years ago

Matthew is standing near a flag pole as shown in the picture. There is a support wire that has been place on the ground to the t

mash [69]

Answer:

Step-by-step explanation:

10 x 6 is what?

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3 years ago