Find the additive inverse of \$( 7/8 )\$ and 10.

A) \$-( 7/8 )\$ and - 10

B) \$( 7/8 )\$ and -10

C) \$- ( 7/8 )\$ and 10

D) \$- ( 7/8 )\$ and - 12

Find the multiplicative inverse of \$( 10/9 )\$ and 24.

A) \$ 8/11 \$ and \$ 9/24 \$

B) \$ 9/10 \$ and \$ 1/24 \$

C) \$ 9/22 \$ and \$ 1/13 \$

D) \$ - 10/9 \$ and \$ - 24 \$

Find the multiplicative Inverse of s: 9s + 10 = 15.

A) \$ 4/5 \$

B) \$ 7/5 \$

C) \$ 9/5 \$

D) \$ 3/5 \$

Find the additive and multiplicative inverse of p:

\$ (4/7) "p" + 3 \$ = 12.

A) \$ - (63/4) \$ and \$ 14/63 \$

B) \$ - (63/4) \$ and \$ 1/63 \$

C) \$ (63/4) \$ and \$ 4/63 \$

D) \$ - (63)/4 \$ and \$ 4/(63) \$

Find the additive inverse of \$( 13/14 )\$ and - 8.

A) \$-( 13/14 )\$ and 11

B) \$ 14/13\$ and \$ 1/8\$

C) \$- 14/13\$ and \$- 1/8\$

D) \$-( 13/14 )\$ and 8

Solve the equation:

\$ (1/3) "x" \times 6 = 2 \$ using the concept of multiplicative inverse.

A) x = 3

B) x = 2

C) x = 1

D) x = 4

Solve the equation:

\$ (1/2)"x" \times (1/3) = (1/6) \$ using the concept of multiplicative inverse.

A) x = 4

B) x = 1

C) x = 3

D) x = 2

Solve the equation:

3x + 9 = − 15 using the concept of additive inverse.

A) x = - 8

B) x = - 1

C) x = - 18

D) x = - 24

Solve the equation:

4y − 3 = − 5 using both additive and multiplicative inverses.

A) y = \$3/2 \$

B) y = \$- 1/2 \$

C) y = \$1/2 \$

D) y = \$- 3/2 \$

Solve the equation:

\$ 2"z" + (1/2) = 7 \$ using both additive and multiplicative inverses.

A) z = \$ (12)/4 \$

B) z = \$ - (13)/4 \$

C) z = \$ 13/4 \$

D) z = \$ - (12)/4 \$