Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents. Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents.  Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents.  Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents.  Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents.  Zero and Negative Exponents Homework: Simplify using the Laws of Exponents and express your final answer using POSITIVE exponents only. 1) 4-2 ∙ 43

2) 2-3 ∙ 2-4

3) x6 ∙ x-3

4) y-1 ∙ y4

5) z-2 ∙ z-3

6) s-5 ∙ s-2

7) m2n-1 ∙ m-3n3

8) -3ab ∙ 4a-3b3

9) !!!

!!

10) !!!

!!!

11) !!!

!!

12) !!!

!!!

13) !!!

!!!

14) !!!

!!!"

15) !!!

!!!

16) The mass of a molecule of penicillin is 10-18 kilogram and the mass of a molecule of insulin is 10-23 kilogram. How many times greater is the

mass of a molecule of penicillin than the mass of a molecule of insulin? Express your final answer using positive exponents.