Which inequality models this problem?

The length of a rectangle is four times its width. If the perimeter is at most 130 centimeters, what is the greatest possible value for the width?

Question

Which inequality models this problem?

 

The length of a rectangle is four times its width. If the perimeter is at most 130 centimeters, what is the greatest possible value for the width?

anonymous · Answer

A.
	

2w + 2 • (4w) < 130
	
 
B.
	

2w + 2 • (4w) > 130
	
 
C.
	

2w + 2 • (4w) ≤ 130
	
 
D.
	

2w + 2 • (4w) ≥ 130

anonymous · Answer

130 <_ (Less than or equal to 130) so it would be D

anonymous · Answer

The length of a rectangle is five times its width. If the perimeter is at most 96 centimeters, what is the greatest possible value for the width? 
	
	
 
A.
	

40 cm
	
 
B.
	

19.2 cm
	
 
C.
	

16 cm
	
 
D.
	

8 cm

anonymous · Answer

Width = w
Length = 4w

Perimeter of a rectangle is 2l + 2w

Perimeter for this rectangle is 2w + 2(4w)

We want the perimeter to be at most 130, so we want 

2w + 2(4w) < or = 130

anonymous · Answer

ok cool ty

anonymous · Answer

welcome.

anonymous · Answer

can u help with the next one