Anita has 180 minutes to prepare mailers for her job. It takes her at least 15 minutes to set up materials and 3 minutes per mailer to prepare them. If m represents the number of mailers she prepares, then 3m 15 ≤ 180 represents the number she can finish What is the greatest number of mailers Anita can prepare in the time she has?

Answers

Answer 1
Answer: Solve the inequality for m:3m+15<=180Subtract 15:3m<=165Divide by 3:m<=55The greatest number of mailers Anita can prepare is 55.

Related Questions

What is the value of the discriminant for the quadratic equation 0 = 2x^2 + x – 3?Discriminant = b^2 – 4ac A) –25 B) –23 C) 25 D) 26
What percent of 914 is 457
Polygons ABCD and EFGH are similar. What is the perimeter of EFGH?
Some radioisotopes with the longest half-lives can remain radioactive for ________ of years.A. billonsB. millionsC. thousandsD. tens of thousands
Find the result when 90 is decreased by 35%. 58.5 75.6 60.5 78.5

Maya is choosing between several pay plans for her new job. If she usually has monthly sales of about $5,000, which plan would allow Maya to earn the most money in a month?

Answers

Complete question is;

Maya is choosing between several pay plans for her new job. If she usually has monthly sales of about $5,000, which plan would allow Maya to earn the most money in a month?

Plan, Monthly base salary, Commission rate

A, $500, 8%

B, $600, 7%

C, $700, 6%

D, $800, 5%

Options:

A. plan A

B. plan B

C. plan C

D. plan D

Answer:

Option D - Plan D

Step-by-step explanation:

For plan A, at 8% commission rate,her monthly pay would be, 500 + 8%*5,000 = $900

For plan B, at 7% commission rate, her monthly pay would be; 600 + 7%*5,000 = $950

For plan C, at 6% commission rate, her monthly pay would be;700 + 6%*5,000 = $1000

For plan D, at 5% monthly commission rate, her monthly pay = 800 + 5%*5,000 = $1050

So the plan that allows maya earn the most is the highest which is plan D

Answer:

Plan D

Step-by-step explanation:

How is 60 divided by 9 = 6.66666667?

Answers

60/9=6 remainder 4
Some division problems that require decimals
can be repeated 
To simplify 6.6666667 also means 6.666666666...and so on
To simplify 6.6666...
u put a bar over the 6 in the tens place.


1. Find the midpoint of the segment with the endpoints: (5,9) and (-7-7)

Answers

Answer:

(-1,8)

Step-by-step explanation:

Slopes of parallel line are A.reciprocal
B.opposite reciprocals
C. Identical
D.opposites

Answers

Answer:

the slopes of parallel lines are : C. identifical

Answer:

the solution is C. identical

Step-by-step explanation:

slope of parallel lines are the same

Can a linear equation and a linear inequality be solved in the same way? Explain why. What makes them different?

Answers

There are some extra mathematical rules on an inequality, for example, when you multiply or divide both sides by a negative number the direction of the inequality must be switched. > to < or < to >, etc. Another difference is that in a linear equation you get a number as the result, in an inequality, you get an interval of numbers.

What is the image point of (3, -3) after a translation left 3 units and up 4 units?.

Answers

The imagepoint of (3, -3) after a translation of (-3, 4) is (0,1).

Determination of the coordinates of resulting point after translation

Geometrically speaking, a translation is determined by following formula:

V'(x,y) = V(x,y) + T(x,y)(1)

Where:

  • V(x,y) - Original point
  • T(x,y) - Translation vector
  • V'(x,y) - Resulting point

If we know that V(x,y) = (3, -3) and T(x,y) = (-3, 4), then the coordinates of the resulting point are, respectively:

V'(x,y) = (3, -3) + (-3, 4)

V'(x,y) = (0, 1)

The imagepoint of (3, -3) after a translation of (-3, 4) is (0,1). \blacksquare

To learn more on translations, we kindly invite to check this verified question: brainly.com/question/17485121

Answer:

(0, 1)

Step-by-step explanation:

(x, y)

Left and Right movement deals with the x value

Up and Down movement deals with the y value

3 units left = -3

4 units up = +4

(x - 3, y + 4)

(3 - 3, -3 + 4)

(0, 1)