Creating Logistic Functions

• 22.344 million oysters

• 5089 oysters

• 218 oysters

• 5089 million oysters

• 5089 million market-sized oysters

• 22.344 million market-sized oysters

• 218 million market-sized oysters

• 282.9 million market-sized oysters

A green energy campaign is trying to convince households in a target area to switch from incandescent to florescent lightbulbs. There are 241,224 households in this target area.

Initially 184 households make the change. Market research indicates that, in the absence of limiting factors, we could increase that number by 20% each month.

What is K, the carrying capacity, for a logistic model of this situation?

Just type the number.

A green energy campaign is trying to convince households in a target area to switch from incandescent to florescent lightbulbs. There are 241,224 households in this target area.

Initially 184 households make the change. Market research indicates that, in the absence of limiting factors, we could increase that number by 20% each month.

What is b for a logistic model of this situation?

Just type the number.

A green energy campaign is trying to convince households in a target area to switch from incandescent to florescent lightbulbs. There are 241,224 households in this target area.

Initially 184 households make the change. Market research indicates that, in the absence of limiting factors, we could increase that number by 20% each month.

What is r, the intrinsic exponential growth rate, for a logistic model of this situation?

Round to 3 decimal places.

A green energy campaign is trying to convince households in a target area to switch from incandescent to florescent lightbulbs. There are 241,224 households in this target area.

Initially 184 households make the change. Market research indicates that, in the absence of limiting factors, we could increase that number by 20% each month.

Put K, b, and r together into the correct logistic model for this situation!

A baby is born 18 inches long and grows to an adult height of 73 inches. In the absence of limiting factors, this child's growth rate would be 23% per year.

What is K, the limiting value of a logistic model of this situation?

Just type the number.

A baby is born 18 inches long and grows to an adult height of 73 inches. In the absence of limiting factors, this child's growth rate would be 23% per year.

What is the value of b for a logistic model of this situation?

Round to 3 decimal places.

A baby is born 18 inches long and grows to an adult height of 73 inches. In the absence of limiting factors, this child's growth rate would be 23% per year.

What is r, the intrinsic exponential growth rate, for a logistic model of this situation?

Round to 3 decimal places.

A baby is born 18 inches long and grows to an adult height of 73 inches. In the absence of limiting factors, this child's growth rate would be 23% per year.

Put everything together into a logistic model of this situation!