Question

HELP PLEASE!!! MEDAL and FAN!!

Fiber-optic cables are used widely for internet wiring, data transmission, and surgeries. When light passes through a fiber-optic cable, its intensity decreases with the increase in the length of the cable. If 1500 lumens of light enters the cable, the intensity of light decreases by 3.4% per meter of the cable.

Answer 1

Part A: Can this situation be represented by a linear function? Justify your answer. (2 points)

Part B: Write a function f(x) to represent the intensity of light, in lumens, when it has passed through x meters of the cable. (4 points)

Part C: Some scientists are trying to make a cable for which the intensity of light would decrease by 5 lumens per unit length of the cable. Can this situation be represented by a linear function? Justify your answer and write the appropriate function to represent this situation if 1500 lumens of light enter the cable. (4 points)

Answer 2

I thought light can't pass through cables

Answer 3

can it

Answer 4

The top and bottom of a rectangular prism are 4 inches long and 4 inches wide. What is true about the other faces (front, back, left, and right)?

Answer 5

can you help with that Question

Answer 6

It can through a fiber optic one. it is just a math question that I need help wiht.

Answer 7

Ohh yeah

Answer 8

I can't even focus right now, i have been trying to get help with this question for two days and nobody seems to know the answer.

Answer 9

wow

Answer 10

I know, I am trying to figure out your question, hold on. I would just love to get an answer for this.

Answer 11

thanks

Answer 12

I believe the answer is all four of the remaining faces will be 4 inches wide.

Answer 13

I will try to help you too

Answer 14

thanks

Answer 15

I gave you a medal

Answer 16

it would decrease by three lumens

Answer 17

Can you do it in parts?

Answer 18

one sec

Answer 19

No

Answer 20

LIke each question,

Part A:
PArt B:
Part C:

Answer 21

Ohh than yeah

Answer 22

Okay, thank you!

Answer 23

your welcome

Answer 24

not so good at that