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2 years ago

Which statement best describes the area of the triangle shown below?

Mathematics

1 answer:

Evgesh-ka [11]2 years ago

4 0

<u>Answer:</u>

The answer is B. It is one-half the area of a square of side length 4 units.

<u>Step-by-step explanation:</u>

Given a coordinate grid shown with the triangle of measurements with base 4 units and height also 4 units.

We have to find the area of a triangle which can be calculated as

${\Rightarrow{\sf{Area\:=\:\frac{1}{2}\:x\:base\:x\:height}$

${\Rightarrow{\sf{Area\:=\:\frac{1}{2}\:x\:4\:x\:4}$

we have to choose the statement that describes the area of the triangle evaluate above.

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slope=-1/2

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IF A CUBE HAS VOLUME OF 1,331 MM, WHAT IS THE AREA OF THE BASE OF IT IN SQUARE MILLIMETERS

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1331= lwh or 1331= x^3

So take cube root of both sides and you will get 11.

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3 years ago

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Answer:

Step-by-step explanation:

Because if you add 18x to both sides of the equation, you get 0 = -18

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3 years ago

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The following figure is made of six semicircles with the same diameter, and of four congruent equilateral triangles represented

Oxana [17]

6 semicircles = 3 circles

The formula of the area of a equilateral triangle:

$A_\triangle=\dfrac{a^2\sqrt3}{4}$

We have a = |AE| = 3cm. Substitute:

$A_\triangle=\dfrac{3^2\sqrt3}{4}=\dfrac{9\sqrt3}{4}\ cm^2$

The formula of the area of a circle:

$A_O=\pi r^2$

We have 2r = |AE| =3cm → r = 1.5cm. Substitute:

$A_O=\pi\cdot1.5^2=2.25\pi\ cm^2$

The area of the figure:

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3 years ago

One of the lamp posts at a shopping center has a motion detector on it, and the equation (x+16)2+(y−13)2=36 describes the bounda

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(x+16)²+(y−13)²=36

The given equation is of a circle.

comparing it with general equation, radius r =6

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3 years ago

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