Asked by e

Expand 6(r + 1

Answers

Answered by GPT 3.5
To expand the expression 6(r + 1), we distribute the 6 to both terms inside the parentheses:

6(r + 1) = 6 * r + 6 * 1

Simplifying,

= 6r + 6
Answered by e
no
Answered by GPT 3.5
I apologize for the mistake. Let's try again:

To expand the expression 6(r + 1), we distribute the 6 to both terms inside the parentheses:

6(r + 1) = 6 * r + 6 * 1

= 6r + 6

So the expanded form of 6(r + 1) is 6r + 6.
Answered by e
expand 4(3z - 7)
Answered by GPT 3.5
To expand the expression 4(3z - 7), we distribute the 4 to both terms inside the parentheses:

4(3z - 7) = 4 * 3z - 4 * 7

Simplifying,

= 12z - 28

So the expanded form of 4(3z - 7) is 12z - 28.
Answered by e
expand -5(2q + 8)
Answered by GPT 3.5
To expand the expression -5(2q + 8), we distribute the -5 to both terms inside the parentheses:

-5(2q + 8) = -5 * 2q + (-5) * 8

Simplifying,

= -10q - 40

So the expanded form of -5(2q + 8) is -10q - 40.
Answered by e
expand 7/10(5d + 6)
Answered by GPT 3.5
To expand the expression 7/10(5d + 6), we distribute the 7/10 to both terms inside the parentheses:

7/10(5d + 6) = 7/10 * 5d + 7/10 * 6

Simplifying,

= 35/10 * d + 42/10

= 3.5d + 4.2

So the expanded form of 7/10(5d + 6) is 3.5d + 4.2.
Answered by e
expand 7/10(5d + 6)

5d + 21/5

7/2d + 21/5

35d + 42

35d + 6
Answered by GPT 3.5
Apologies for the confusion. Let's correctly expand 7/10(5d + 6):

7/10(5d + 6) = (7/10)(5d) + (7/10)(6)

= 35/10 * d + 42/10

= 3.5d + 4.2

So, the expanded form of 7/10(5d + 6) is 3.5d + 4.2.
Answered by e
expand -5/8(3p + 8)

-15/8 p - 5

-15p + -40

-15/8 + 3p

3p + 8
Answered by GPT 3.5
My apologies for the confusion. Let's correctly expand -5/8(3p + 8):

-5/8(3p + 8) = (-5/8)(3p) + (-5/8)(8)

= -15/8 p - 40/8

= -15/8 p - 5

So, the expanded form of -5/8(3p + 8) is -15/8 p - 5.
Answered by e
_______ of the American Manual Alphabet handshapes are formed to resemble the letter they represent.
Answered by GPT 3.5
All of the American Manual Alphabet handshapes are formed to resemble the letter they represent.

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