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Mathematics, 03.03.2021 01:00 nikkiwoodward1ovgszp

Let () = βˆ’3(2) and () = βˆ’ 14.
Complete the table to determine the solutions of () = βˆ’3(2)
= () = βˆ’ 14.
(10 pts)
() ()
0
1
2
The solution of () = βˆ’3(2)
= () = βˆ’ 14 is =

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Answers: 2

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Let () = βˆ’3(2) and () = βˆ’ 14.
Complete the table to determine the solutions of () = βˆ’3(2)
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