The perimeter is (2 lengths) + (2 widths). Since the perimeter is 18 inches, (1 length) + (1 width) must add up to 9 inches.
If the length and the width must both be whole numbers, the only possible choices for the side lengths of this rectangle are:
1 x 8 in
2 x 7 in
3 x 6 in
4 x 5 in .
To find the area of the given traingle we have to draw perpendicular from point 'J' which meets the x axis at point (2,0) and let us named it 'P'.
As we know that area of triangle is
[tex] = \frac{1}{2}\times b \times h [\tex]
Here base 'b' will be LK and height 'h' will be JP
Here,
LK= 4 units JP=4 units
Area ={1}{2} *(4)*(4)
On solving the equation we get,
Area=8 Sq units
First, distribute the 2
-3 = 2w - 10 + 5w
Combine like terms
-3 = 7w - 10
Add 10 to both sides
7 = 7w
Divide by 7 on both sides
1 = w
So, w = 1
Answer:
They can get 60 sweatshirts or 45 jackets
Step-by-step explanation:
1440/24 for sweatshirts and 1440/32 for jackets.
Answer:
no solution
Step-by-step explanation:
distribute the -5 to the parenthesis
-5w + 20 < -5w - 15
move all the numbers on right and variables on left
20 + 15 < 0
35 < 0
no solution
