in two complementary angles, the measure of one angle is 6 more than twice the measure of the other. the measures of these two angles are

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Answer 1
Answer: 12 is twice the measure of 6

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What is -7nx+2nx+2n+7x equal to

What is the answer to 16 x 2

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Answer:

32

Step-by-step explanation:

What's a equation for $150 dollars for 50 T-Shirts

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150 devided by 50 = 30

Can you help me solve this question please?

Answers

Answer:

46765 D

Step-by-step explanation:

y= C x 3^t

= 1000x3^3.5

= 46765

I think!

Answer:

D.  46,765.

Step-by-step explanation:

The exponential function is 1000(3)^t    where t is the times in hours.

After 3.5 hours the population is 1000(3)^3.5

= 46,765.

The formula for the volume of a cylinder is V = πr2h. The volume of a cylinder is three times the volume of a cone with the same radius and height. If the volume of a cone with the same height as a cylinder equals the volume of the cylinder, the equation for the radius of cone R in terms of the radius of cylinder r is

Answers

Since both objects are assumed to have the same volume, matching the formulas we'll get:

πr^(2)h = (1)/(3)πR^(2)h

Having both π and h at both sides of the equation, we can ignore them, so:

r^(2)(1)/(3)R^(2)

And clearing R, according to the equation rules, we'll get:

\sqrt[2]{3 r^(2) } = R

Answer:

A on egde

Step-by-step explanation:

Graph the linear equation 3x=10

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3x = 10
3x = 10
 3      3
  x = 3¹/₃

Find the length of BC.

Answers

Answer:

BC = 10 units

Step-by-step explanation:

From the picture attached,

It's given that AD and BE are the parallel sides.

AC and DC are the transversal lines intersecting the parallel lines.

In ΔADC and ΔBEC,

∠DAC ≅ ∠EBC [Corresponding angles]

∠ADC ≅ ∠BEC [Corresponding angles]

ΔADC ~ ΔBEC [By AA property of similar triangles]

By the property of similar triangles,

Corresponding sides of the similar triangles are proportional.

(AC)/(BC)=(DC)/(EC)

(AB+BC)/(BC)=(DE+EC)/(EC)

(2.5+BC)/(BC)=(2+8)/(8)

(2.5)/(BC)+1=(10)/(8)

(2.5)/(BC)=(5)/(4)-1

(2.5)/(BC)=(1)/(4)

BC = 10