A family is comparing different car seats. One car seat is designed for a child up to and including 30 lb. Another car seat is d esigned for a child between 15 lb and 40 lb. A third car sat is designed for a child between 30 lb and 85 lb, inclusive. Model those ranges with compound inequalities. Which car seats are appropriate for a 32-lb child?
1 answer:
The car seats that are appropriate for a 32-lb child are:
car seat designed for a child between 15 lb and 40 lb , and car seat designed for a child between 30 lb and 85 lb
<h3>
What is compound inequalities? </h3>
A compound inequality is an inequality that combines two simple inequalities.
Inequality for car seat is designed for a child up to and including 30 lb;
let the child's weight = x x ≤ 30
Inequality for car seat designed for a child between 15 lb and 40 lb;
15 < x < 40
Inequality for car designed for a child between 30 lb and 85 lb;
30 < x < 85
Thus, the car seats that are appropriate for a 32-lb child are:
car seat designed for a child between 15 lb and 40 lb , and car seat designed for a child between 30 lb and 85 lb
Learn more about compound inequalities here: brainly.com/question/24761100
#SPJ1
You might be interested in
Answer:
Jackson is walking an average of 1.5 blocks per minute.
Step-by-step explanation:
6 divided by 4 is 1.5
The solution to this is 5√(11)/11
Answer:
20000 m
Step-by-step explanation
multiplica el valor de longitud por 1000