A rumor is spread by word of mouth to a potential audience of 3000 people. After t days, $f ( t ) = \frac { 3000 } { 1 + 25 e ^ { - 0.7 t } }$ people will have heard the rumor. The graphs are shown below.

-When will the rumor be spreading at the greatest rate? Enter just an integer (round to the nearest integer, no units)

Question

A rumor is spread by word of mouth to a potential audience of 3000 people.  After t days, $f ( t ) = \frac { 3000 } { 1 + 25 e ^ { - 0.7 t } }$  people will have heard the rumor. The graphs are shown below.

-When will the rumor be spreading at the greatest rate? Enter just an integer (round to the nearest integer, no units)

Quizplus · Accepted Answer

The Answer of A rumor is spread by word of mouth to a potential audience of 3000 people.  After t days, $f ( t ) = \frac { 3000 } { 1 + 25 e ^ { - 0.7 t } }$  people will have heard the rumor. The graphs are shown below.

-When will the rumor be spreading at the greatest rate? Enter just an integer (round to the nearest integer, no units)

A Rumor Is Spread by Word of Mouth to a Potential