Inequality Review

Last updated over 7 years ago

11 questions

Note from the author:

Multi-Step and Compound Inequalities

Graph the following:

The ideal temperature in a fridge is 38 degrees. This can vary by up to 2 degrees. Write an inequality to show the range of possible temperatures, t. (Use < as there's no "or equal to" option

Write the inequality shown on the graph:

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Inequality Review

Inequality Review

Graph the following:

The ideal temperature in a fridge is 38 degrees. This can vary by up to 2 degrees. Write an inequality to show the range of possible temperatures, t. (Use < as there's no "or equal to" option

Write the inequality shown on the graph:

Solve:

Solve:

Solve:

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

Seven more than three times a number is between -8 and 17.

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve:

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Solve:

Graph the following:

The ideal temperature in a fridge is 38 degrees. This can vary by up to 2 degrees. Write an inequality to show the range of possible temperatures, t. (Use < as there's no "or equal to" option

Write the inequality shown on the graph:

Solve:

Solve:

Solve:

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

Seven more than three times a number is between -8 and 17.

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve:

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Solve:

Inequality Review

Inequality Review

Graph the following:

The ideal temperature in a fridge is 38 degrees. This can vary by up to 2 degrees. Write an inequality to show the range of possible temperatures, t. (Use < as there's no "or equal to" option

Write the inequality shown on the graph:

Solve:

Solve:

Solve:

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve: Seven more than three times a number is between -8 and 17.

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve: A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve: Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Solve:

Graph the following:

The ideal temperature in a fridge is 38 degrees. This can vary by up to 2 degrees. Write an inequality to show the range of possible temperatures, t. (Use < as there's no "or equal to" option

Write the inequality shown on the graph:

Solve:

Solve:

Solve:

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve: Seven more than three times a number is between -8 and 17.

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve: A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve: Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Solve:

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve:

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

Seven more than three times a number is between -8 and 17.

Write an inequality that could be used to solve the following. Only write the inequality, you do not need to solve:

A rectangle's perimeter is greater than 37. The length is twice the width. Find possible widths.

Solve:

Three consecutive integers have a sum that is greater than 105. Find the smallest possible integer.