B. If Carl uses the two short pieces,how much more cable would be need?
C. After Carl has used 1 yard of cable,how much cable will he have left?explain your answer
Answer:
A- 5/6 and 1/4
B- 1/12
C- 3/4
Step-by-step explanation:
Given : Carl has three lengths of cable,
Cable 1 - yard long,
Cable 2 - yard long,
Cable 3 - yard long
He needs at least 1 yard of cable.
A. Which two pieces together make a length at least 1 yard and closest to 1 yard?
We can form possible piece together
Taking 5/6 and 1/4
Taking 1/4 and 2/3
Taking 5/6 and 2/3
Length at least 1 yard and closest to 1 yard is the 5/6 yard and the 1/4 yard together.
B. If Carl uses the two short pieces,how much more cable would be need?
The two short pieces 1/4 and 2/3 makes 11/12 of a yard,
So, he would need yards more of cable.
C. After Carl has used 1 yard of cable,how much cable will he have left?
Altogether he has yards of cable.
If he took the 1 cable needed, he would then have 3/4 of a yard leftover.
what do you do with the minus 2 at the beginning?
The radius of the cylinder is 17 inches.
Step-by-step explanation:
Given,
Volume of cylinder = V = 289π in cubed
Height of cylinder = h = 1 in
Radius of cylinder = r
We know that;
Volume of cylinder = πr²h
Putting values;
Dividing both sides by π (pi)
Taking square root on both sides
The radius of the cylinder is 17 inches.
Keywords: volume, radius
Learn more about volumes at:
#LearnwithBrainly
Solution:
Interpretation:
Inequality: x = the number of pounds of grapes
2.75x < 9.35 [2.75x is less than 9.35, since Drew must spend less than $9.35]
Solution:
To find the solution, you need to isolate/get "x" by itself in the inequality.
2.75x < 9.35 Divide 2.75 on both sides to get "x" by itself
x < 3.4
Interpretation:
x is less than 3.4, so Drew has to buy less than 3.4 pounds of grapes in order to spend less than $9.35 [which is the most/maximum $ he has]