# A media company wants to track the results of its new marketing plan, so the video production manager recorded the number of views

###### Question:

0 5,120

1 6,400

2 8,000

3 10,000

4 12,500

5 15,625

Write an equation to model the relationship between the number of weeks, x, and the number of views, f(x).

Enter the correct answer in the box by replacing the values of a and b.

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PLEAS HELP I HAVE TO FINISH AND NO LINKS

## Answers

answer:

Àñÿ gįřl interested in sëx jöin meëting to show and see.

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answer:

Faballey customer/care/number/

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[tex]f(x)=5120(1.25)^{x}[/tex]

Step-by-step explanation:

As per the given question

As we know that

f(x) and x are related by following equation

[tex]f(x)=a( {b})^{x}[/tex]

where

b is the common ratio

Now first we have to compute the value for b which are as follows

[tex]\frac{6400}{5120}= 1.25[/tex]

[tex]\frac{8000}{6400}= 1.25[/tex]

Like if we take the ratio by this method than it comes 1.25

Therefore the common ratio, b = 1.25

So,

a = 5,120

Hence, the equation which model the relationship between the number of weeks and the number of viewers is

[tex]f(x)=5120(1.25)^{x}[/tex]

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Step-by-step explanation:

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Answer is in a photo. I can only upload it to a file hosting service. link below!

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Explanation is in a file

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f(x)=5120(1.25)^x

Step-by-step explanation:

You start by replacing A with the initial value

Find the difference of each amount of views you get:

15626 divided by 12500 is 1.25

12,500 divided by 10000 is 1.25

Replace B with 1.25.

I'm on the same problem! I really wish I could help but I'm just as confused as you are...sorry :(

Question

A media company wants to track the results of its new marketing plan, so the video production manager recorded the number of views for one of the company's online videos. The results of the first 5 weeks are shown in this table. (Shown below the image I attached)Explanation:

№ 1.

PART A: f(x)=5120(5)^x;

PART B: f(x) = 4800(1 + 1.5 x);

PART C: c. 52,075

№ 2.

PART A: y=-10(2)^(x-1.322)+20;

PART B: f(x) = 8(0.5)^x;

PART C: A. As the number of copies increases, the dimensions of the images continue to decrease toward, but never reach, 0.

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step-by-step explanation:

[tex]How do i make a table and equation out of hexagons[/tex]answer: the answer for that is 22/3