7. 32 national soccer teams enter FIFA World Cup. After each stage of the tournament, only half of the number of teams is able to move to the next round. Choose the exponential function t(n) that represents the number of remaining teams after n rounds. a. t(n) = 32(2)" b. t(n) = (32)" c. t(n) = 32(-)" d. t(n) = 32(-)"

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32 national soccer teams enter FIFA World Cup. After each stage of the tournament, only half of the number of teams is able to move to the next round . Choose the exponential function t(n) that represents the number of remaining teams after n rounds 

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7.32 national soccer teams enter FIFA World Cup. After each stage of the tournament, only half of the
number of teams is able to move to the next round. Choose the exponential function t(n) that represents the
number of remaining teams after n rounds.
32(2)"
b. t(n) = ÷(32)"
c. t(n) = 32(-)"
d. t(n) = 32(-)"
a. t(n) =
21
Transcribed Image Text:LAN X Join X Join xE Untit x 20-2 X NO X (MAT x Less X Illum X M Toda X K DemX ←→ C仑 testing.illuminateed.com/assessment/60301248611f46ca078b64c7/6037b61c3d3847ce078b4bef/1?rldbqn=D1 Centinela Shortcuts ec (MAT) Integrated Mathematics I CSA 4A - Exponential Functions Tools - 7.32 national soccer teams enter FIFA World Cup. After each stage of the tournament, only half of the number of teams is able to move to the next round. Choose the exponential function t(n) that represents the number of remaining teams after n rounds. 32(2)" b. t(n) = ÷(32)" c. t(n) = 32(-)" d. t(n) = 32(-)" a. t(n) = 21
Expert Solution
Step 1

Given:

Total number of teams initially = 32

After each stage only half of the initial number of teams able to move to the next round.

 

To determine:

An exponential function that represents the number of teams after n rounds.

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