Your question is not complete so there are two answers:
<h3>1. </h3>
The measure of one angle is 13 <u>times</u> the measure of the other angle.
Answer:
<h3>
One angle is 167.14° and the other is 12.86°
</h3>
Step-by-step explanation:
Two angles of a linear pair create a straight angle therefore they add to 180°
x° - the other angle
(13x)° - one angle
x + 13x = 180
14x = 180
÷14 ÷14
x ≈ 12.86
13x = 13•12.86 = 167.14
Checking: 12.96+167.14 = 180
<h3 /><h3>2. </h3>
The measure of one angle is 13 <u>more than</u> the measure of the other angle.
Answer:
<h3>
One angle is 96.5° and the other is 83.5°
</h3>
Step-by-step explanation:
Two angles of a linear pair create a straight angle therefore they add to 180°
x° - the other angle
(x+13)° - one angle
x + x + 13 = 180
-13 -13
2x = 167
÷14 ÷14
x ≈ 83.5
x+13 = 83.5 + 13 = 96.5
Checking: 83.5+96.5 = 180
<span>you can find the </span>area<span> of each triangle, A = 1/2bh or A = 1/2lw, then multiply by the number of triangles, which would be based on the number of sides of the base; or you can take half the perimeter and multiply by the slant height.</span>
Answer:
what was the answer?
Step-by-step explanation:
"y varies directly as x" means y = kx
you do not know what k is yet, other than that it is some constant number.
Now plug in the given values, y=12 when x=4, in the equation
12 = 4k
=> k = 3
Now rewrite the equation with the k value you just found
y = 3k
Substitute 18 in place of x
y = 3(18)
y = 54
We need to multiply
We need to use the distributive property to expand this:
Let's multiply it out using this property, to get our answer:
