The number of viewers of a television series introduced several years ago is approximated by the function where N(t) (measured in millions) denotes the number of weekly viewers of the series in the t^th week.
Find the rate of increase of the weekly audience at the end of week 2. Round the answer to the nearest thousandth. million/wk
Find the rate of increase of the weekly audience at the end of week 12. Round the answer to the nearest thousandth. million/wk
How many viewers were there in week 2? Round the answer to the nearest tenth. million
How many viewers were there in week 24? Round the answer to the nearest tenth. million

Question

The number of viewers of a television series introduced several years ago is approximated by the function

where N(t) (measured in millions) denotes the number of weekly viewers of the series in the t^th week.
Find the rate of increase of the weekly audience at the end of week 2. Round the answer to the nearest thousandth.

million/wk
Find the rate of increase of the weekly audience at the end of week 12. Round the answer to the nearest thousandth.

million/wk
How many viewers were there in week 2? Round the answer to the nearest tenth.

million
How many viewers were there in week 24? Round the answer to the nearest tenth.

million

Quizplus · Accepted Answer

The Answer of The number of viewers of a television series introduced several years ago is approximated by the function where N(t) (measured in millions) denotes the number of weekly viewers of the series in the t^th week. Find the rate of increase of the weekly audience at the end of week 2. Round the answer to the nearest thousandth. million/wk Find the rate of increase of the weekly audience at the end of week 12. Round the answer to the nearest thousandth. million/wk How many viewers were there in week 2? Round the answer to the nearest tenth. million How many viewers were there in week 24? Round the answer to the nearest tenth. million

The Number of Viewers of a Television Series Introduced Several