A rectangle has a perimeter of 36. Both the length and the width are whole numbers. If the rectangle has the least possible area, what are its dimensions?
a.
1 by 17
c.
2 by 4
b.
1 by 35
d.
6 by 6

The formula for the perimeter of a rectangle is P = 2L+2W. You are already given the perimeter so all you have to do is plug in what pair will equal to 36. From the given choices, 1 by 17 will give 36. P = 2(1) + 2(17) so P = 2 + 34 = 36

Expert answered|j3m|Points 62|

Question|Rated good

Asked 5/29/2013 6:35:08 AM

0 Answers/Comments

Rating

There are no new answers.

A grocery clerk set up a display of oranges in the form of a triangle using 5 oranges at the base and 1 at the top as shown below. The clerk wants to set up a second display that is in the same shape but much bigger. If he wants the base to have 10 oranges and the top to have 1, how many oranges would he need?a.
15 oranges
b.
105 oranges
c.
55 oranges
d.
31 oranges
**Weegy:** He needs 55 oranges on the bigger display... (More)

Question

Expert Answered

Asked 5/29/2013 6:29:36 AM

0 Answers/Comments

A grocery clerk set up a display of oranges in the form of a triangle using 5 oranges at the base and 1 at the top as shown below. The clerk wants to set up a second display that is in the same shape but much bigger. If he wants the base to have 10 oranges and the top to have 1, how many oranges would he need?
a.
15 oranges
b.
105 oranges
c.
55 oranges
d.
31 oranges
**Weegy:** C. 55 oranges (More)

Question

Expert Answered

Asked 5/29/2013 6:44:31 AM

0 Answers/Comments

Matt works in an office with six different computers. He wants to connect each computer to every other computer with a cable. How many cables will he need?
a.
6 cables
b.
15 cables
c.
30 cables
d.
36 cables
**Weegy:** Matt works in an office with six different computers. He wants to connect each computer to every other computer with a cable. How many cables will he need? d. 36 cables (More)

Question

Expert Answered

Asked 5/29/2013 6:49:19 AM

0 Answers/Comments

Find the volume of a cone with a radius of 6 m and a height of 10 m.
40p m3
120p m3
240p m3
720p m3
**Weegy:** A cone having radius of 6 m and height 10 m. [ Calculate its curved surface area and total surface area.
Solution:
Given: Radius of cone r = 6 m, Height of cone h = 10 m
The curved surface area of the cone is given by
CSA = $\pi$ rl = $\pi$ $\times$ 6 $\times$ 10 = 188.495 m.
The total surface area of the cone is given by A = $\pi$ (s + r)
The slant height is s = $\sqrt{r^2 + h^2}$ = $\sqrt{6^2 + 10^2}$ = 11.66 m
$\therefore$ TSA os cone is A = $\pi$ (11.66 + 6) = 55.49 m.
] (More)

Question

Expert Answered

Asked 5/29/2013 9:34:53 AM

0 Answers/Comments

Find the volume of the square pyramid to the nearest cubic unit.
edge 10 ft; height 11 ft
a.
1,467 ft3
b.
550 ft3
c.
367 ft3
d.
1,100 ft3 **Weegy:** The volume of the square pyramid to the nearest cubic unit with edge 10 ft and height 11 ft is c. 367 ft3.
Source: (More)

Question

Expert Answered

Asked 5/29/2013 9:45:16 AM

0 Answers/Comments

19,784,357 questions answered

There are no comments.