Use the image to answer the question.
A number line ranges from 0 to 25 in 1 unit increments. An open point is labeled and plotted at 18.5. An arrow extends from that point to the right and goes beyond 25. The number line is labeled Ben's Earnings Each Saturday Morning.
What inequality is shown on the graph? Write your inequality with the variable coming first. Use the letter m for the variable. Write your answer using a decimal number.
Note: You will find the option to add a > , < , ≥ , or ≤ symbol in the Comparison (<) keyboard.
(1 point)
11 answers
The inequality shown on the graph is m > 18.5.
Use the image to answer the question.
A number line ranges from 50 to 400 in 50 unit increments. An open point is plotted on the 250 mark. An arrow extends from that point to the left and goes beyond 50. The number line is labeled Weight of Each Box in the Elevator.
What inequality is shown on the graph? Write your inequality with the variable coming first. Use the letter w for the variable.
Note: You will find the option to add a > , < , ≥ , or ≤ symbol in the Comparison (<) keyboard.
(1 point)
A number line ranges from 50 to 400 in 50 unit increments. An open point is plotted on the 250 mark. An arrow extends from that point to the left and goes beyond 50. The number line is labeled Weight of Each Box in the Elevator.
What inequality is shown on the graph? Write your inequality with the variable coming first. Use the letter w for the variable.
Note: You will find the option to add a > , < , ≥ , or ≤ symbol in the Comparison (<) keyboard.
(1 point)
The inequality shown on the graph is w < 250.
Use the image to answer the question.
A number line ranges from 0 to 10 in 1 unit increments. An open point is labeled and plotted at 7.25. An arrow extends from that point to the right and goes beyond 10. The number line is labeled Width of Garage in Feet.
What inequality is shown on the graph? Write your inequality with the variable coming first. Use the letter w for the variable. Write your answer using a decimal number.
Note: You will find the option to add a > , < , ≥ , or ≤ symbol in the Comparison (<) keyboard.
A number line ranges from 0 to 10 in 1 unit increments. An open point is labeled and plotted at 7.25. An arrow extends from that point to the right and goes beyond 10. The number line is labeled Width of Garage in Feet.
What inequality is shown on the graph? Write your inequality with the variable coming first. Use the letter w for the variable. Write your answer using a decimal number.
Note: You will find the option to add a > , < , ≥ , or ≤ symbol in the Comparison (<) keyboard.
The inequality shown on the graph is w > 7.25.
Carlos is hoping to save at least $200 in the next four weeks. His mom gives him $30, and he earns money each Saturday morning at his grandmother’s store. Write an inequality for the amount of money Carlos will need to earn each Saturday morning, and describe the solutions. Assume Carlos will earn the same amount each Saturday morning.(2 points)
x+
≥
, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $
each Saturday morning to have at least $200 in four weeks.
x+
≥
, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $
each Saturday morning to have at least $200 in four weeks.
The inequality for the amount of money Carlos will need to earn each Saturday morning is x ≥ (200 - 30) / 4, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $42.50 each Saturday morning to have at least $200 in four weeks.
The solutions to this inequality are any value of x that is greater than or equal to $42.50. Carlos can earn any amount greater than or equal to $42.50 each Saturday morning to reach his goal of saving at least $200 in four weeks.
The solutions to this inequality are any value of x that is greater than or equal to $42.50. Carlos can earn any amount greater than or equal to $42.50 each Saturday morning to reach his goal of saving at least $200 in four weeks.
Carlos is hoping to save at least $200 in the next four weeks. His mom gives him $30, and he earns money each Saturday morning at his grandmother’s store. Write an inequality for the amount of money Carlos will need to earn each Saturday morning, and describe the solutions. Assume Carlos will earn the same amount each Saturday morning.(2 points)
? x+ ? ≥ ?
, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $ 42.50
each Saturday morning to have at least $200 in four weeks.
? x+ ? ≥ ?
, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $ 42.50
each Saturday morning to have at least $200 in four weeks.
The inequality for the amount of money Carlos will need to earn each Saturday morning is x ≥ 42.50, where x is the amount Carlos earns each Saturday morning. Carlos must earn at least $42.50 each Saturday morning to have at least $200 in four weeks.
The solutions to this inequality are any value of x that is greater than or equal to $42.50. Carlos can earn any amount greater than or equal to $42.50 each Saturday morning to reach his goal of saving at least $200 in four weeks.
The solutions to this inequality are any value of x that is greater than or equal to $42.50. Carlos can earn any amount greater than or equal to $42.50 each Saturday morning to reach his goal of saving at least $200 in four weeks.
Jerrica is packing a box that can hold at most 65 pounds. She starts by putting a container in the box that weighs 26 pounds. She plans to fill the rest of the box with books. Each book she places in the box weighs 1.3 pounds. Write an inequality for the number of books Jerrica can put in the box, and describe the solutions.(2 points)
x+
≤
, where x is the number of books Jerrica can put in the box. Jerrica can put at most
books in the box.
x+
≤
, where x is the number of books Jerrica can put in the box. Jerrica can put at most
books in the box.
The inequality for the number of books Jerrica can put in the box is x ≤ (65 - 26) / 1.3, where x is the number of books Jerrica can put in the box. Jerrica can put at most 29 books in the box.
The solutions to this inequality are any value of x that is less than or equal to 29. Jerrica can put any number of books less than or equal to 29 in the box to ensure that the total weight does not exceed 65 pounds.
The solutions to this inequality are any value of x that is less than or equal to 29. Jerrica can put any number of books less than or equal to 29 in the box to ensure that the total weight does not exceed 65 pounds.
1 answer