Question

What exponent would make the two expressions equivalent: (16^x)6=(16^18)

Answer 1

hi

Answer 2

Apply the Zero Power Rule of Integer Exponents to solve 63 to the power of 0.

Answer 3

Apply the Zero Power Rule of Integer Exponents to solve 2.3 + (−1.478) to the power of 0.

Answer 4

Apply the Zero Power Rule of Integer Exponents to solve −4 to the power of 0 ⋅ 15

Answer 5

YOUR WRONG

Answer 6

ok thanks anyway

Answer 7

Which of the following shows the correct process of solving −30+4.5?(1 point)
Responses

−30+4.5=(−3)0+4.5=1+4.5=5.5
negative 3 superscript 0 baseline plus 4.5 equals left parenthesis negative 3 right parenthesis superscript 0 baseline plus 4.5 equals 1 plus 4.5 equals 5.5

−30+4.5=−3⋅0+4.5=0+4.5=4.5
negative 3 superscript 0 baseline plus 4.5 equals negative 3 times 0 plus 4.5 equals 0 plus 4.5 equals 4.5

−30+4.5=−3+4.5=1.5
negative 3 superscript 0 baseline plus 4.5 equals negative 3 plus 4.5 equals 1.5

−30+4.5=−1⋅30+4.5=−1⋅1+4.5=−1+4.5=3.5

Answer 8

but which one is it?

Answer 9

Which of the following shows the correct process of solving −3 to 0 + 4.5?

A. −30+4.5=(−3)0+4.5=1+4.5=5.5
negative 3 superscript 0 baseline plus 4.5 equals left parenthesis negative 3 right parenthesis superscript 0 baseline plus 4.5 equals 1 plus 4.5 equals 5.5

B. −30+4.5=−3⋅0+4.5=0+4.5=4.5
negative 3 superscript 0 baseline plus 4.5 equals negative 3 times 0 plus 4.5 equals 0 plus 4.5 equals 4.5

C. −30+4.5=−3+4.5=1.5
negative 3 superscript 0 baseline plus 4.5 equals negative 3 plus 4.5 equals 1.5

D. −30+4.5=−1⋅30+4.5=−1⋅1+4.5=−1+4.5=3.5

Answer 10

Which of the following is an equivalent expression to 7(−5.3)0+4⋅9 when applying the Zero Power Rule? (1 point)


a. 70+4⋅9
Start Fraction 7 over 0 End Fraction plus 4 times 9

b. 75.3+4⋅9
Start Fraction 7 over 5.3 End Fraction plus 4 times 9

c. 71+4⋅9
Start Fraction 7 over 1 End Fraction plus 4 times 9

d. 75.30+36

Answer 11

Which of the following is an equivalent expression to 12(9−70)+(−29)0? (1 point)
Responses

12(9−1)−1
Start Fraction 1 over 2 End Fraction left parenthesis 9 minus 1 right parenthesis minus 1

12(9−0)+0
Start Fraction 1 over 2 End Fraction left parenthesis 9 minus 0 right parenthesis plus 0

12(2)+1
Start Fraction 1 over 2 End Fraction left parenthesis 2 right parenthesis plus 1

12(9−1)+1

Answer 12

Which of the following is an equivalent expression to 12(9−70)+(−29)0?


12(9−1)−1
Start Fraction 1 over 2 End Fraction left parenthesis 9 minus 1 right parenthesis minus 1

12(9−0)+0
Start Fraction 1 over 2 End Fraction left parenthesis 9 minus 0 right parenthesis plus 0

12(2)+1
Start Fraction 1 over 2 End Fraction left parenthesis 2 right parenthesis plus 1

12(9−1)+1

Answer 13

Which of the following shows the correct process of solving −4(3+120)+150 by generating an equivalent expression using the Zero Power Rule?

−4(3+120)+150=−4(3+1)+1=−4⋅4+1=−16+1=−15
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 3 plus 1 right parenthesis plus 1 equals negative 4 times 4 plus 1 equals negative 16 plus 1 equals negative 15

−4(3+120)+150=−4(15)+1=−60+1=−59
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 15 right parenthesis plus 1 equals negative 60 plus 1 equals negative 59

−4(3+120)+150 =−4(15)+15=−60+15=−45
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 15 right parenthesis plus 15 equals negative 60 plus 15 equals negative 45

−4(3+120)+150=−4(3+1)+1=−4⋅4+1=−4⋅5=−20
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 3 plus 1 right parenthesis plus 1 equals negative 4 times 4 plus 1 equals negative 4 times 5 equals negative 20

Answer 14

Which of the following shows the correct process of solving −4(3+120)+150 by generating an equivalent expression using the Zero Power Rule? (1 point)
Responses

−4(3+120)+150=−4(3+1)+1=−4⋅4+1=−16+1=−15
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 3 plus 1 right parenthesis plus 1 equals negative 4 times 4 plus 1 equals negative 16 plus 1 equals negative 15

−4(3+120)+150=−4(15)+1=−60+1=−59
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 15 right parenthesis plus 1 equals negative 60 plus 1 equals negative 59

−4(3+120)+150 =−4(15)+15=−60+15=−45
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 15 right parenthesis plus 15 equals negative 60 plus 15 equals negative 45

−4(3+120)+150=−4(3+1)+1=−4⋅4+1=−4⋅5=−20
negative 4 left parenthesis 3 plus 12 superscript 0 baseline right parenthesis plus 15 superscript 0 baseline equals negative 4 left parenthesis 3 plus 1 right parenthesis plus 1 equals negative 4 times 4 plus 1 equals negative 4 times 5 equals negative 20

Answer 15

no, whcih option is it

Answer 16

can you explain please?

Answer 17

oh thank u

Answer 18

Question
Which expression is correctly developed to use the Power Rule of Exponents?(1 point)
Responses

129
12 superscript 9 baseline

(−5)0
left parenthesis negative 5 right parenthesis superscript 0 baseline

(74)8
left parenthesis 7 superscript 4 baseline right parenthesis superscript 8 baseline

(7^8)⋅(7^10)

Answer 19

i've got a language arts question if that's okay with you.

Answer 20

Use the paragraph to answer the question.

"Mr. Washington spent the whole summer running a student car wash to raise money for the big garden project. He wants to create a farm-to-table type of program that allows for the school to grow its own fruits and vegetables. Mr. Washington made a pledge to the community last year that, as the new principal, he would do everything in his power to improve the nutritional value of school lunches."

Which answer is explicit evidence from the text about Mr. Washington?



A. Mr. Washington likes fruits and vegetables.

B. Mr. Washington wants students to wash cars.

C. Mr. Washington is part of the garden project.

D. Mr. Washington made a pledge to the community.

I made up this question btw sorry if it doesn't make sense haha.

Answer 21

Which of the following correctly used the Power Rule of Exponents in the expression (10^9)^7?(1 point)
Responses

1016
10 superscript 16 baseline

1063
10 superscript 63 baseline

907
90 superscript 7 baseline

102
10 superscript 2 baseline

Answer 22

If the expression 4^10 was simplified using the Power Rule of Exponents, what is an equivalent expanded expression? (1 point)
Responses

(412)2
left parenthesis 4 superscript 12 baseline right parenthesis squared

4⋅4⋅4⋅4⋅4⋅4⋅4
4 times 4 times 4 times 4 times 4 times 4 times 4

(42)8
left parenthesis 4 squared right parenthesis superscript 8 baseline

(45)2

Answer 23

ur wrong