The act of illustrating which area of the number line contains values that will "satisfy" the specified inequality is known as graphing the inequality. Take a look at the first inequality, "x > -5." The numbers that can be used to substitute x in our inequality to produce a true statement can be shown on a graph of our inequality.

$3y\leq -9$

Dividing above equation by 3 we get,

$\frac{3y}{3}\leq \frac{-9}{3}\\y\leq -3$

Graph of $y\leq -3$ is

Therefore by solving the inequality we get $y\leq -3$

To learn more about graphing the inequality from the given link

brainly.com/question/24372553

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8 0

1 year ago

An equilateral triangle has a base of 44 meters and a height of h meters. Inside that triangle is constructed a second equilater

TEA [102]

Answer:

6.25 % of area of Large triangle = area of smallest triangle

Step-by-step explanation:

Area of large triangle L = (1/2)*base*height

L = (1/2)*(44 m)* h

L = 22*h square m.

2nd equilateral triangle area: S =(1/2)*(22 m)*(0.5h)

S = 5.5*h sq. m.

3rd smallest equilateral triangle area : T = (1/2)*(11 m)*(0.25h)

T = 1.375*h sq. m

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Find percent P where T = P* L, 1.375*h = P * 22*h

P = 6.25% = 0.0625

4 0

4 years ago