The expression can be simplified to:
5/8 y + 3
So the correct answer is 5/8 y + 3
( 5 + 3/8 y) + ( 1/4 y - 2)
(1 point)
Responses
1/8 y − 3
1/8 y + 3
5/8 y − 3
5/8 y + 3
5/8 y + 3
So the correct answer is 5/8 y + 3
(7𝑥 + 6) ― (8 + 𝑥)
(2 points)
Responses
8x - 2
8x - 2
7x - 48
7x - 48
8x - 14
8x - 14
6x - 2
7x + 6 - 8 - x
Simplifying further:
(7x - x) + (6 - 8)
6x - 2
So the correct answer is 6x - 2.
(7𝑥 ― 2) ― (0.04𝑥 ― 3 + 0.2𝑥)
(2 points)
Responses
(7x − 2) − (0.24x − 3)
(7x negative 2) negative (0.24x negative 3)
7.16x −5
7.16x negative5
6.76x + 1
6.76x plus 1
5.76x
5.76x
7.76x
(7x - 2) - (0.04x - 3 - 0.2x)
Simplifying further:
(7x - 2) - 0.04x + 3 + 0.2x
Combining like terms:
7x - 2 - 0.04x + 3 + 0.2x
Rearranging:
(7x - 0.04x + 0.2x) - 2 + 3
Combining like terms:
7.16x - 2 + 3
7.16x + 1
So the expression (7x - 2) - (0.04x - 3 + 0.2x) simplifies to 7.16x + 1.
The equivalent expressions to 7.16x + 1 are:
- (7.16x - 5)
- 6.76x + 1
- 5.76x
- 7.76x
So the correct answers are:
- (7.16x - 5)
- 6.76x + 1
- 5.76x
- 7.76x
Jill's number is
3x + 4 = 13
To solve for x, we can subtract 4 from both sides of the equation:
3x = 13 - 4
3x = 9
Finally, divide both sides of the equation by 3:
x = 9/3
x = 3
Therefore, Jill's number is 3.