Answer:
A, B, and C
Step-by-step explanation:
a). -6 ÷ 2 x 5 1/3
= -3 x 5 1/3
= -16
b). 24 ÷ (-3) + 1/2
= -8 + 1/2
= -7.5
c). 36 ÷ 4 x (-2)
= 9 x -2
= -18
d). -54 ÷ (-9) x (-3 2/3)
6 x -3 2/3
= -22
Answer:
The equivalent expression to 3p+ 12 m + 8 are
1. 3p+ 12 m + 8
= 3 × p + 3 × 4× m + 4 ×2
= 3 (p + 4 m) + 8 → Using inverse of distributive property: a × b + a × c= a×(b+c)
2. 3p+ 12 m + 8
=3 × p + 3 × 4×m + 4 ×2
= 3 p + 4 (3 m + 2)→ Using inverse of distributive property: a × b + a × c= a×(b+c)
To find the area of the parallelogram you will need to find the distance of the base which is part of the length of the rectangle. To find this distance you will subtract 1/2 and 1/6. The height of the parallelogram is the same as the width of the rectangle.
Please see the attached picture for the work and a visual representation.
The answer is 1/9 ft.² .
Your answers are -10 and 4
-10+4=-6
Answer:
Width = 11 yards
Length = 17 yards
Step-by-step explanation:
First of all, the length of the rectangle is 6 yards longer than the width, this means, length = width + 6 yards. This dimensions can be represented on figure 1, where <em>w</em> is width, and <em>l</em>, for length.
We know the area of a rectangle is A = width x length
For our case 187 = w . (w + 6)
Using the Distributive Property for the multiplication we obtain
Using the quadratic formula where a = 1, b = 6, c = - 187 and replacing into the formula, we will have:
We have two options:
Or
But a distance (width) can not be negative so, this answer for w must be discarded.
The answer must be width = 11 yards.
To find the length