Which of the following best describes a three-dimensional solid made fromtwo parallel and congruent discs not in the same plane and all the points
between them?
A. Cylinder
B. Cone
C. Cube
D. Prism

Answers

Answer 1

Answer:

A cylinder is a three-dimensional structure formed by two parallel circular bases connected by a curving surface. The correct option is A.

What is a cylinder?

A cylinder is a three-dimensional structure formed by two parallel circular bases connected by a curving surface. The circular bases' centers overlap each other to form a right cylinder.

The solid is described as a three-dimensional solid made from

two parallel and congruent discs, not in the same plane, and all the points

between them is a Cylinder.

Hence, the correct option is A.

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Solve this simultaneous equation by using substitution method 3x-2y=12 and x+3y=-7

N f(x) = 2x , x=5. What is the value of the function?

Answers

plug the 5 into the x in the equation 2x. it should be 2(5) which equals 10.

Which of the following constants can be added to x2 + x to form a perfect square trinomial?

Answers

Answer:

x^2+x + 1/4

Step-by-step explanation:

x^2+x

Take the coefficient of x

divide by 2

1/2

Square it

(1/2)^2 = 1/4

Add this to make a perfect square trinomial

Write an equation for the description . The length of a rectangle is twice its width . The perimeter of the rectangle is 122 feet.

Answers

Answer:

122 = 2(2w +w)

Step-by-step explanation:

If we let w represent the width of the rectangle, then 2w is the length of it. The perimeter is twice the sum of length and width.

P = 2(L+W)

122 = 2(2w +w) . . . . an equation for the description

A goliath grouper at the local aquarium ate 112 fish over the course of 8 hours. At this rate how many fish can he eat in 3.5 hours

Answers

Answer is 49

112 divided by 8 is 14
14 multiplied by 3.5 is 49

What is the answer to this equation?? (-3)^2=( )( )=

Answers

Answer: 9

I did (-3)^2= cause I'm not sure if you meant to put ( ) ( ) in it. If you did well, sorry. I got (-3)^2=9.

Arrow is launched upward at 256 feet per second from top of 85 foot building. What is maximum height of arrow?

Answers

As arrow rises to its maximum height, its velocity decreases from 256 ft/s to 0 ft/s at the rate of 32 ft/s each second. Use the following equation to determine the distance it rises.

vf^2 = vi^2 + 2 * a * d, vf = 0, a = -32
0 = 256^2 + 2 * -32 * d
64 * d = 65,536
d = 65,536 ÷ 64 = 1024 ft
Maximum height = 85 + 1024 = 1109 ft

The arrow's maximum height above the ground can be calculated using maximum height. The maximum height reached from the launch point is 1024 feet. Adding the height of the building, the overall maximum height of the arrow is 1,109 feet.

To find the maximum height of the arrow, you can use the following formula:

Maximum Height = Initial Height + (InitialVelocity^2 / (2 * Acceleration due to gravity))

In this case:

Initial Height = 85 feet

Initial Velocity = 256 feet per second

Acceleration due to gravity (approximated as 32 feet per second squared)

Maximum Height = 85 + (256^2 / (2 * 32))

Maximum Height = 85 + (65536 / 64)

Maximum Height = 85 + 1024

Maximum Height = 1109 feet

So, the maximum height the arrow reaches above the ground is 1,109 feet.

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