MATHEMATICS MIDDLE SCHOOL

How do I solve %15 of 240

Answers

Answer 1

Answer:

Answer:

Step-by-step explanation:

Turn %15 into a decimal, which is .15, and then 240 x .15

Answer 2

Answer:

Answer:

thE ANSWER IS 36

Step-by-step explanation: :) hope this helps

There are 5 feet between the top of the third box and the bottom of the tenth box.

Step-by-step explanation:

We just have to count how many boxes is between the top of the third one and the bottom of the tenth box, then we transform from inches to feet.

So, the problem says "from the top of the third box" this means that the inches that matters is form the fourth box. "the bottom of the tenth box" means that it's until the ninth box. In total, there are 6 boxes. If each box is 10 inches high, the total distance would be 6(10 inches) = 60 inches.

Now we have the total distance, we transform it to feet. We know that one feet is 12 inches, using the rule of three we have:

$60in(1ft)/(12in)=5ft$

60 inches are equivalent to 5 feet.

Therefore, there are 5 feet between the top of the third box and the bottom of the tenth box.

What measurements do you need to know to find the volume of a cylinder a cone and a sphere

Answers

Cylinder: need radius and height
Cone: radius and height
Sphere: radius

:)

The exponent on variable z is _____

Answers

Answer:

Step-by-step explanation:

when the equation goes up the sign of the exponent doesnt change so the powers od z^4 and z which has a exponent of 1 gets subtracted ..

Which of the following is a correct interpretation of the expression 2 +7

Answers

Answer:

The number that is 7 to the right of 2 on the number line

Step-by-step explanation:

Answer:

9...

Step-by-step explanation:

Sean has a job to tile a room 15 ft x 20 ft with 1 ft. square tiles. How many tiles does he need? A)
35 tiles

B)
70 tiles

C)
100 tiles

D)
300 tiles

Answers

Number of tiles required is 300 tiles

Given that;

Dimensions of room = 15 ft × 20 ft

Area of tiles = 1 ft. square

Find:

Number of tiles required

Computation:

Area of room = 15 × 20

Area of room = 300 ft, square

$Number\ of\ tiles\ required = (Area\ of\ room)/(Area\ of\ tiles) \n\nNumber\ of\ tiles\ required = (300)/(1) \n\nNumber\ of\ tiles\ required = 300 \ tiles$