The number of bacteria grown in a lab can be modeled by p (t) = 300 (2) ^4t, where t is the number of hours. Which expression is equivalent to?

1) 300 (8) ^t

2) 300 (16) ^t

3) 300^t (4) ^t

4) 300^2t (2) ^2t

Question

Victor

Mathematics

22 March, 10:20

The number of bacteria grown in a lab can be modeled by p (t) = 300 (2) ^4t, where t is the number of hours. Which expression is equivalent to?

1) 300 (8) ^t

2) 300 (16) ^t

3) 300^t (4) ^t

4) 300^2t (2) ^2t

+3

Answers (1)

Know the Answer?

Kyler Jensen · Answer 1

2. 300 (16) ∧t

Step-by-step explanation:

p (t) = 300 (2) ∧4t

where b is the number of hours

2∧4t = 2∧4 (t) 2 x2 x2 x2 = 16∧t

p (t) = 300 (2) ∧4t = 300 (16) ∧t

The number of bacteria grown in a lab can be modeled by p (t) = 300 (2) ^4t, where t is the number of hours. Which expression is equivalent to?1) 300 (8) ^t2) 300 (16) ^t3) 300^t (4) ^t4) 300^2t (2) ^2t

The number of bacteria grown in a lab can be modeled by p (t) = 300 (2) ^4t, where t is the number of hours. Which expression is equivalent to?

1) 300 (8) ^t

2) 300 (16) ^t

3) 300^t (4) ^t

4) 300^2t (2) ^2t