Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms doubles every day and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had three blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms doubles every day and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had two blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms quadruples every days and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had two blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms quadruples every two days and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had one bloom. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms quadruples every days and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had seven blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms quadruples every two days and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had three blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms triple every day and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had four blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms triple every day and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had two blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms doubles every day and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had five blooms. Write a function that models the number of blooms in days since the fertilizer was added.

Janet is fertilizing her flowers with a special mixture. Once the mixture is added to the flower pot the flower's blooms triple every two days and can be modeled by a function which depends on days. Before the fertilizer is added to the pot, Janet had two blooms. Write a function that models the number of blooms in days since the fertilizer was added.