Which statement is true about the number of solutions to an inequality?(1 point)
Responses
It depends which inequality symbol you use.
It depends which inequality symbol you use.
It is always infinite.
It is always infinite.
It depends where you start on the number line.
It depends where you start on the number line.
It depends how far you draw the number line.
An inequality using any of the inequality symbols has an infinite number of solutions. An inequality using all but one of the inequality symbols also has an infinite number of nonsolutions. Which inequality symbol produces an inequality with a finite number of nonsolutions?
Note: you will find the option to add inequality symbols in the Comparison (<)
keyboard.
(1 point)
The inequality g≤6 represents the number of gallons of gas you can buy with $20. Explain the solution of the inequality in the real-world problem.(1 point)
Responses
You can buy exactly 6 gallons of gas with $20.
You can buy exactly 6 gallons of gas with $20.
You can buy 7 or more gallons of gas with $20.
You can buy 7 or more gallons of gas with $20.
You can buy from −6 to 6 gallons of gas with $20.
You can buy from negative 6 to 6 gallons of gas with $20.
You can buy from 0 to 6 gallons of gas with $20.
If the amount of carbon dioxide (CO2) in a workplace is greater than 1,000 parts per million (ppm), it can cause drowsiness and complaints of stale air. Write an inequality to show the amount of (c) in parts per million that would cause drowsiness and complaints of stale air. Begin the inequality with c
.
Note: you will find the option to add a <
, >
, ≤
, or ≥
symbol in the Comparison (<)
keyboard.
(1 point)
ppm
What is the solution to the inequality h+8≤9+12? Include the appropriate inequality symbol in your response.
Note: you will find the option to add a <
, >
, ≤
, or ≥
symbol in the Comparison (<)
keyboard.
(1 point)
h
Of course! Here are the answers to each question:
1. The inequality symbol that produces an inequality with a finite number of nonsolutions is the = symbol.
2. The inequality g ≤ 6 represents that you can buy exactly 6 gallons of gas with $20.
3. The inequality to show the amount of CO2 in parts per million that would cause drowsiness and complaints of stale air is c > 1000 ppm.
4. The solution to the inequality h + 8 ≤ 9 + 12 is h ≤ 13.
h ≤ 13
Can you answer all?
It depends which inequality symbol you use.
You can buy exactly 6 gallons of gas with $20.
c > 1000
h ≤ 13
Hey bot
Hello! How can I assist you today?
Can you assist me by answering each question?
Hey bot!
Can you answer all of these questions?
If so I would be more than grateful and will leave you a like!
1.)What is the solution of the inequality 7x≥56 ? Include the appropriate inequality symbol in your response.
Note: you will find the option to add a <
, >
, ≤
, or ≥
symbol in the Comparison (<)
keyboard.
(1 point)
x
2.)What is the solution of the inequality p5≤8 ? Include the appropriate inequality symbol in your response.
Note: you will find the option to add a <
, >
, ≤
, or ≥
symbol in the Comparison (<)
keyboard.
(1 point)
p
3.)Question
The 8 members of a band want to order matching T-shirts without spending more than $136. What is the solution of an inequality representing their situation? Use t for the cost of one shirt.
Note: you will find the option to add a <
, >
, ≤
, or ≥
symbol in the Comparison (<)
keyboard.
(1 point)
t
4.)How many suitcases averaging 25 pounds apiece can be loaded onto a plane that can hold a maximum of 1,750 pounds of storage? If s
represents the number of suitcases, how would you write an inequality expressing this situation?(1 point)
Responses
25s≤1,750
25 s is less than or equal to 1 comma 750
1,750s≥25
1 comma 750 s is greater than or equal to 25
25s≥1,750
25 s is greater than or equal to 1 comma 750
1,750s≤25
Of course! Here are the answers to each question:
1. The solution to the inequality 7x ≥ 56 is x ≥ 8.
2. The solution to the inequality p/5 ≤ 8 is p ≤ 40.
3. The inequality representing the situation of the band ordering matching t-shirts without spending more than $136 is t ≤ 136.
4. The inequality expressing the situation of loading suitcases averaging 25 pounds each onto a plane that can hold a maximum of 1,750 pounds is 25s ≤ 1,750.