If f(x) = 3x + 2 and g(x) = x2 + 1, which expression is equivalent to (f * g) (x)

Answers

Answer 1
Answer:  f(x) = 3x + 2 and g(x) = x² + 1
⇒(f * g) (x) = ( 3x + 2 ) × ( x² + 1 ) 
                  = 3x³ + 2x² + 3x +2


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3x+4=5x-10 ( find the x )

Answers

3x-5x=-10-4
-2x = -10-4
-2x = -14
x=7

What's another way to write (6+7)x?

Answers

i think 6x+7x because i think u distribute 
You can write it as 13x. I hope this helps!

6+7=13               (13)x=13x

A phone store employee earns a salary of $450 per week plus 10% commission on her weekly sales.what function rule models the employers weekly earnings?

if the employee earned $570 in a week, what was the amount of her sales for that week?

Answers

Answer:

Weekly earning of employee, E(w) is given by 450+0.1w, where w is the weekly sales.

Weekly sales for that week = 1200 $

Step-by-step explanation:

A phone store employee earns a salary of $450 per week plus 10% commission on her weekly sales.

Let w be the  weekly sales, the weekly earning of employee, E(w) is given by

         E(w)=450+(10)/(100)* w=450+0.1w

So

     Weekly earning of employee, E(w) is given by 450+0.1w, where w is the weekly sales.

Now we need to find what was the amount of her sales for that week, if she earned 570 $

That is

                     570 = 450+0.1w

                     0.1 w = 570 - 450 = 120

                           w = 1200 $

Weekly sales = 1200 $

If w = earnings that week, and s = sales, w - 450 = s/10, or 10(w - 450) = s, simplified as 10w - 4,500 = s If the employee made $570 in one week, then w = 570. 10(570) - 4,500 = s, simplified as 5,700 - 4,500 = s, simplified as 1,200 = s. So the employee made 1,200 sales that week.

Which of the following is the solution to the equation 25^(z - 4) = 125 ? Select one: A. z = 5.5. B. z = 3.5. C. z = -2.5. D. z = -0.5.

Answers


given
25^(z - 4) = 125
ln(
25^(z - 4)) = ln (125)
(z-4)ln(25) = ln(125)
z = ln(125)/ln(25) + 4
z = 5.5

which means that the answer is A. 

The solution of 25^(z - 4) = 125 is equal to a. Z = 5.5

How to solve this equation

25^(z - 4) = 125

From here we have to the ln  of the equation

z-4 ln25 = ln125

z-4 (3.219)= 4.828

From here we have to multiply the equation

3.219z - 12.876 = 4.828

3.219z = 4.828 + 12.876

When we divide this equation by 3.219

We have z = 5.499

Hence z = 5.5

Therefore the solution to the equation is given as 5.5

Read more on solutions to equations here:

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A bouncy ball is dropped such that the height of its first bounce is 2.75 feet and eachsuccessive bounce is 69% of the previous bounce's height. Write a recursive formula
to represent the height of the nth bounce of the ball.

Answers

The value 2.75 goes in the first box, since it's the first term.

The expression 0.69*a_(n-1) goes in the second box. The second line says "to get the nth term, we multiply the previous term by 0.69"

Imagine your friend uses long division to determine the quotients, and is confused by how quickly you were able to determine the correct answer without performing long division. Explain how you were able to determine the quotients without performing long division.

Answers

Answer:

Long division is a method used to divide two numbers and find the quotient and remainder. However, in this case, we were not performing long division to determine the quotients. Instead, we were rearranging the given equation into slope-intercept form, which is a different mathematical process.

In the given equation 14x = 6y - 12, we were asked to express it in slope-intercept form (y = mx + b), where m represents the slope and b represents the y-intercept. To do this, we isolated the y variable on one side of the equation.

By rearranging the equation and dividing both sides by 6, we obtained y = (14/6)x + 2, which simplifies to y = (7/3)x + 2. This form allows us to directly see the slope (7/3) and the y-intercept (2) without having to perform long division.

So, in this case, the approach used was not long division but rather algebraic manipulation to transform the equation into a specific form that provides information about slope and intercept.

Step-by-step explanation:

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