Zero and Negative Exponents HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4 !! 2) 2 ! !! 3) ! ! 4) !! !! 5) 3 ! !! !! 6) !! β !! 7) ! !! ! ! 8) ! !! ! ! 9) !"! !! !! !! 10) !"! !! ! !! !"! !!" ! !! 11) 3 ! !! β !! ! 12) β3 β 4 !! !! 13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4 !! 2) 2 ! !! 3) ! ! 4) !! !! 5) 3 ! !! !! 6) !! β !! 7) ! !! ! ! 8) ! !! ! ! 9) !"! !! !! !! 10) !"! !! ! !! !"! !!" ! !! 11) 3 ! !! β !! ! 12) β3 β 4 !! !! 13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4 !! 2) 2 ! !! 3) ! ! 4) !! !! 5) 3 ! !! !! 6) !! β !! 7) ! !! ! ! 8) ! !! ! ! 9) !"! !! !! !! 10) !"! !! ! !! !"! !!" ! !! 11) 3 ! !! β !! ! 12) β3 β 4 !! !! 13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4 !! 2) 2 ! !! 3) ! ! 4) !! !! 5) 3 ! !! !! 6) !! β !! 7) ! !! ! ! 8) ! !! ! ! 9) !"! !! !! !! 10) !"! !! ! !! !"! !!" ! !! 11) 3 ! !! β !! ! 12) β3 β 4 !! !! 13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4 !! 2) 2 ! !! 3) ! ! 4) !! !! 5) 3 ! !! !! 6) !! β !! 7) ! !! ! ! 8) ! !! ! ! 9) !"! !! !! !! 10) !"! !! ! !! !"! !!" ! !! 11) 3 ! !! β !! ! 12) β3 β 4 !! !! 13) 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.
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Zero and Negative Exponents HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4π₯!!
2) 2!π₯!!
3) π₯!π¦!
4) π¦!!π§!!
5) 3!π₯!! !!
6) π !! β π !!
7) !!!
!!
8) !!!
!!
9) !"!!!
!!!!
10) !"!!!!!!
!"!!!"!!!
11) 3π!π!! βπ!!π!
12) β3ππ β 4π!!π!!
13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4π₯!!
2) 2!π₯!!
3) π₯!π¦!
4) π¦!!π§!!
5) 3!π₯!! !!
6) π !! β π !!
7) !!!
!!
8) !!!
!!
9) !"!!!
!!!!
10) !"!!!!!!
!"!!!"!!!
11) 3π!π!! βπ!!π!
12) β3ππ β 4π!!π!!
13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4π₯!!
2) 2!π₯!!
3) π₯!π¦!
4) π¦!!π§!!
5) 3!π₯!! !!
6) π !! β π !!
7) !!!
!!
8) !!!
!!
9) !"!!!
!!!!
10) !"!!!!!!
!"!!!"!!!
11) 3π!π!! βπ!!π!
12) β3ππ β 4π!!π!!
13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4π₯!!
2) 2!π₯!!
3) π₯!π¦!
4) π¦!!π§!!
5) 3!π₯!! !!
6) π !! β π !!
7) !!!
!!
8) !!!
!!
9) !"!!!
!!!!
10) !"!!!!!!
!"!!!"!!!
11) 3π!π!! βπ!!π!
12) β3ππ β 4π!!π!!
13) 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 HW 2 Simplify using the Laws of Exponents and express your final answer with POSITIVE EXPONENTS only. 1) 4π₯!!
2) 2!π₯!!
3) π₯!π¦!
4) π¦!!π§!!
5) 3!π₯!! !!
6) π !! β π !!
7) !!!
!!
8) !!!
!!
9) !"!!!
!!!!
10) !"!!!!!!
!"!!!"!!!
11) 3π!π!! βπ!!π!
12) β3ππ β 4π!!π!!
13) 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.
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