8y + 12 - 2z
for y = 4 and z = 2

Identify the following is equivalent to 5(2x+6)

Given Expression:
5(2x+6)
Since, it is in the form a(b+ c) we can apply distributive law which produces ab+ ac as a result.
Similarly, By applying the Distributive law to 5(2x+6) :
5(2x+6)
= 
= 10x + 30.
Hence, The expression 5(2x+6) yields 10x +30 after it's expansion.

There were 47 frogs in a pond. f of the frogs hopped away. Choose the expression that represents this.

Evaluate the expression.   Let g = 3    h = 9
4h + 2g + 4

Simplify the expression 11(9+d)

Given Expression:
11(9+d)
Since, it is in  the form a(b +c) we can apply Distributive Law which produces ab+ ac as a result.
Similarly, by applying the distributive law to 11(9+d) :
11(9+d)
= 
= 99 + 11d.
Hence, the expression 11(9+d) yields 99 + 11d after it's expansion.

The expression 7h + 1.50d can be used to find the total earnings after h hours and d deliveries have been made.  Sally make after working 10 hours and making 3 deliveries total is ?

Use the distributive property to simplify the expression below:
−2(6n+3)

Given Expression:
−2(6n+3)
Distributive law states that every attribute inside the parenthesis can have same access of the attributes present outside the parenthesis.
Example: a(b+ c) yields ab + ac.
Hence, By applying Distributive Law to −2(6n+3) :
−2(6n+3)
=
=(-12n) + (-6)
= -12n - 6.
Hence, from distributive law −2(6n+3) yields -12n - 6.

Evaluate 8a - b     if a = 10   and   b = 6.

6a - 3d
when a = 1, d = 2

In the expression below  the "d" labeled as?
4d-9

Let "p" represent the number of paper clips in a box.  If there are 76 boxes in a case, write an algebraic expression to show the total number of paper clips.

Write an expression for the product of 12 and a number.

Expand the expression using the distributive property. −4(2h+3)

Given Expression:
−4(2h+3)
Distributive law states that the each attribute inside a parenthesis have same right to access the attributes present outside the parenthesis.
Example : a(b + c) Yields ab + ac after distribution.
Hence, By applying the distribution law to −4(2h+3)  becomes:
−4(2h+3)
=
= (-8h) +(-12)
= -8h - 12.
Hence, From Distributive Law the expression −4(2h+3)  becomes -8h -12.

Use the distributive property to expand the expression: 3(t - 2)

Given Expression:
3(t - 2)
Since, it is in the form a(b+ c) we can apply Distributive Law which produces ab+ ac as a result.
*Similarly, by applying the Distributive Law to 3(t - 2) we get:
3(t - 2)
= () - ()
= 3t - 6.
Hence, the expression 3(t - 2) becomes 3t-6 after it's expansion.

Use the distributive property to expand the expression: 2(y + 5x)

Given Expression:
2(y + 5x)
Since, it is in the form of a(b+ c) we can apply distributive law which produces ab+ ac as  a result.
Then, By applying the Distributive Law to 2(y + 5x) we get:
2(y + 5x)
= () + ()
= 2y + 10x.
Hence, the expression 2(y + 5x) becomes 2y + 10x after it's expansion.

Expand the expression. 5(2 - 3y).

Given Expression:
5(2 - 3y).
Since, it is in the form a(b+ c) we can apply Distributive Law which produces ab + ac as a result.
Hence, By applying the Distributive Law  to 5(2 - 3y) we get:
5(2 - 3y)
= () - ()
= 10 - 15y.
Hence, the expression 5(2 - 3y) becomes 10 - 15y after it's expansion.