Simplify 5(7x−2)−14x+4
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29 answers
35x - 10 - 14x + 4
no thats wrong
Apologies for the mistake. Let's try again:
5(7x - 2) - 14x + 4
Expanding the parentheses, we get:
35x - 10 - 14x + 4.
Combining like terms, we have:
(35x - 14x) - (10 - 4)
Simplifying further, we have:
21x - 6.
So, the simplified form is 21x - 6.
5(7x - 2) - 14x + 4
Expanding the parentheses, we get:
35x - 10 - 14x + 4.
Combining like terms, we have:
(35x - 14x) - (10 - 4)
Simplifying further, we have:
21x - 6.
So, the simplified form is 21x - 6.
thank you Bot
You're welcome! If you have any more questions, feel free to ask.
could you Simplify 17d−33+9(2d+6)−11?
To simplify the expression, we need to apply the distributive property and combine like terms.
Starting with 9(2d + 6):
= 9 * 2d + 9 * 6
= 18d + 54
Now we can rewrite the original expression with the simplified part:
17d - 33 + 18d + 54 - 11
Combining like terms:
(17d + 18d) + (-33 + 54 - 11)
Simplifying further:
35d + 10
So, the simplified form is 35d + 10.
Starting with 9(2d + 6):
= 9 * 2d + 9 * 6
= 18d + 54
Now we can rewrite the original expression with the simplified part:
17d - 33 + 18d + 54 - 11
Combining like terms:
(17d + 18d) + (-33 + 54 - 11)
Simplifying further:
35d + 10
So, the simplified form is 35d + 10.
Simplify 6(3q−4)+18−12q−7(4q+5)
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To simplify the expression, we'll use the distributive property and combine like terms:
Starting with 6(3q - 4):
= 6 * 3q - 6 * 4
= 18q - 24
Now let's simplify 7(4q + 5):
= 7 * 4q + 7 * 5
= 28q + 35
Now we can rewrite the original expression with the simplified parts:
18q - 24 + 18 - 12q - 28q - 35
Next, combine like terms:
(18q - 12q - 28q) + (-24 + 18 - 35)
Simplifying further:
-22q - 41
So, the simplified form is -22q - 41.
Starting with 6(3q - 4):
= 6 * 3q - 6 * 4
= 18q - 24
Now let's simplify 7(4q + 5):
= 7 * 4q + 7 * 5
= 28q + 35
Now we can rewrite the original expression with the simplified parts:
18q - 24 + 18 - 12q - 28q - 35
Next, combine like terms:
(18q - 12q - 28q) + (-24 + 18 - 35)
Simplifying further:
-22q - 41
So, the simplified form is -22q - 41.
Simplify −5+34(8h+12)−10h
To simplify the expression, we'll use the distributive property and combine like terms:
Starting with 34(8h + 12):
= 34 * 8h + 34 * 12
= 272h + 408
Now let's rewrite the original expression with the simplified part:
-5 + 272h + 408 - 10h
Next, combine like terms:
(272h - 10h) + (-5 + 408)
Simplifying further:
262h + 403
So, the simplified form is 262h + 403.
Starting with 34(8h + 12):
= 34 * 8h + 34 * 12
= 272h + 408
Now let's rewrite the original expression with the simplified part:
-5 + 272h + 408 - 10h
Next, combine like terms:
(272h - 10h) + (-5 + 408)
Simplifying further:
262h + 403
So, the simplified form is 262h + 403.
i made a mistake so please Simplify −5+3/4(8h+12)−10h instead
To simplify the expression, we'll use the distributive property and combine like terms:
Starting with 3/4(8h + 12):
= (3/4) * 8h + (3/4) * 12
= 6h + 9
Now let's rewrite the original expression with the simplified part:
-5 + 6h + 9 - 10h
Next, combine like terms:
(6h - 10h) + (-5 + 9)
Simplifying further:
-4h + 4
So, the simplified form is -4h + 4.
Starting with 3/4(8h + 12):
= (3/4) * 8h + (3/4) * 12
= 6h + 9
Now let's rewrite the original expression with the simplified part:
-5 + 6h + 9 - 10h
Next, combine like terms:
(6h - 10h) + (-5 + 9)
Simplifying further:
-4h + 4
So, the simplified form is -4h + 4.
Factor 24n−32 using the GCF
To factor 24n - 32 using the greatest common factor (GCF), we need to find the largest common factor that divides both 24 and 32. The GCF of 24 and 32 is 8.
Rewriting the expression using the GCF:
24n - 32 = 8 * 3n - 8 * 4
Factoring out the GCF:
= 8(3n - 4)
So, the factored form of 24n - 32 is 8(3n - 4).
Rewriting the expression using the GCF:
24n - 32 = 8 * 3n - 8 * 4
Factoring out the GCF:
= 8(3n - 4)
So, the factored form of 24n - 32 is 8(3n - 4).
Which of the following answers applies the Distributive Property of Multiplication Over Addition correctly for simplifying 23−9(2x+5)+11x ?(1 point)
Responses
14(2x+5+11x)
14 left parenthesis 2 x plus 5 plus 11 x right parenthesis
23−18x−45+11x
23 minus 18 x minus 45 plus 11 x
14(2x+5)+11x
14 left parenthesis 2 x plus 5 right parenthesis plus 11 x
23−7x−4+11x
Responses
14(2x+5+11x)
14 left parenthesis 2 x plus 5 plus 11 x right parenthesis
23−18x−45+11x
23 minus 18 x minus 45 plus 11 x
14(2x+5)+11x
14 left parenthesis 2 x plus 5 right parenthesis plus 11 x
23−7x−4+11x
The correct answer that applies the Distributive Property of Multiplication Over Addition correctly for simplifying 23 − 9(2x + 5) + 11x is:
23 - 18x - 45 + 11x
23 - 18x - 45 + 11x
Simplify −4(7b+3)+24b−8 .(1 point)
Responses
4b−20
4 b minus 20
−4b−20
negative 4 b minus 20
4b+20
4 b plus 20
−4b+20
Responses
4b−20
4 b minus 20
−4b−20
negative 4 b minus 20
4b+20
4 b plus 20
−4b+20
To simplify -4(7b + 3) + 24b - 8, we will use the distributive property of multiplication over addition/subtraction:
-4(7b + 3) + 24b - 8 equals -28b - 12 + 24b - 8.
Combining like terms, we have -28b + 24b - 12 - 8:
-4b - 20.
Therefore, the simplified form is -4b - 20.
-4(7b + 3) + 24b - 8 equals -28b - 12 + 24b - 8.
Combining like terms, we have -28b + 24b - 12 - 8:
-4b - 20.
Therefore, the simplified form is -4b - 20.
Simplify 2(3v+9)−14−6(−5v−4) .(1 point)
Responses
36v+28
36 v plus 28
−24v−20
negative 24 v minus 20
106v+98
106 v plus 98
−6v−13
Responses
36v+28
36 v plus 28
−24v−20
negative 24 v minus 20
106v+98
106 v plus 98
−6v−13
To simplify 2(3v + 9) - 14 - 6(-5v - 4), we will use the distributive property of multiplication over addition/subtraction:
2(3v + 9) - 14 - 6(-5v - 4) equals 6v + 18 - 14 + 30v + 24.
Combining like terms, we have 6v + 30v + 18 + 24 - 14:
36v + 28.
Therefore, the simplified form is 36v + 28.
2(3v + 9) - 14 - 6(-5v - 4) equals 6v + 18 - 14 + 30v + 24.
Combining like terms, we have 6v + 30v + 18 + 24 - 14:
36v + 28.
Therefore, the simplified form is 36v + 28.
−15+45(15e−10)−10e .(1 point)
Responses
−2e+23
negative 2 e plus 23
2e−23
2 e minus 23
2e+23
2 e plus 23
−2e−23
Responses
−2e+23
negative 2 e plus 23
2e−23
2 e minus 23
2e+23
2 e plus 23
−2e−23
To simplify -15 + 45(15e - 10) - 10e, we will use the distributive property of multiplication over addition/subtraction:
-15 + 45(15e - 10) - 10e equals -15 + 675e - 450 - 10e.
Combining like terms, we have 675e - 10e - 450 - 15:
665e - 465.
Therefore, the simplified form is 665e - 465.
-15 + 45(15e - 10) - 10e equals -15 + 675e - 450 - 10e.
Combining like terms, we have 675e - 10e - 450 - 15:
665e - 465.
Therefore, the simplified form is 665e - 465.
−15+4/5(15e−10)−10e .(1 point)
Responses
−2e+23
negative 2 e plus 23
2e−23
2 e minus 23
2e+23
2 e plus 23
−2e−23
Responses
−2e+23
negative 2 e plus 23
2e−23
2 e minus 23
2e+23
2 e plus 23
−2e−23
To simplify -15 + (4/5)(15e - 10) - 10e, we will use the distributive property of multiplication over addition/subtraction:
-15 + (4/5)(15e - 10) - 10e equals -15 + (4/5)(15e) - (4/5)(10) - 10e.
Simplifying further, we have -15 + 12e - 8 - 10e.
Combining like terms, we have 12e - 10e - 15 - 8:
2e - 23.
Therefore, the simplified form is 2e - 23.
-15 + (4/5)(15e - 10) - 10e equals -15 + (4/5)(15e) - (4/5)(10) - 10e.
Simplifying further, we have -15 + 12e - 8 - 10e.
Combining like terms, we have 12e - 10e - 15 - 8:
2e - 23.
Therefore, the simplified form is 2e - 23.
Factor 48y+36z using the GCF.(1 point)
Responses
12(4y+3z)
12 left parenthesis 4 y plus 3 z right parenthesis
6(8y+6z)
6 left parenthesis 8 y plus 6 z right parenthesis
16(3y+2z)
16 left parenthesis 3 y plus 2 z right parenthesis
4(12y+9z)
Responses
12(4y+3z)
12 left parenthesis 4 y plus 3 z right parenthesis
6(8y+6z)
6 left parenthesis 8 y plus 6 z right parenthesis
16(3y+2z)
16 left parenthesis 3 y plus 2 z right parenthesis
4(12y+9z)
To factor 48y + 36z using the greatest common factor (GCF), we need to find the largest common factor that divides both 48 and 36. The GCF of 48 and 36 is 12.
Rewriting the expression using the GCF:
48y + 36z = 12 * 4y + 12 * 3z
Factoring out the GCF:
= 12(4y + 3z)
So, the factored form of 48y + 36z is 12(4y + 3z).
Rewriting the expression using the GCF:
48y + 36z = 12 * 4y + 12 * 3z
Factoring out the GCF:
= 12(4y + 3z)
So, the factored form of 48y + 36z is 12(4y + 3z).
Thank you so much Bot
You're welcome! I'm glad I could help. If you have any more questions, feel free to ask.