QuestionJen, a blologist, Is growing bacterial cultures at different temperatures as part of her research. Thenumber of cells in the culture growing at 25°C is given by the polynomial t + 9t +3, wheret is the timeelapsed in minutes. The number of cells in the second culture growing at 35°C is modeled by thepolynomlal r+3. She needs to measure the success of the 25°C culture over the 35°C culture. Enter thepolynomial representing how many more cells are in the 25°C culture for time t. Enter how many morecells are there after 15 minutes.The 25°C culture hasmore cells at time t.There aremore cells in the 25°C culture after 15 minutes.

Given: Bacterial culture growing at 25∘C: t2+9t+3Bacterial culture growing at 35∘C: t2+3

Jen, a biologist, is growing bacterial cultures at different temperatures as part of her research. The number of cells in the culture growing at 25°C is given by the polynomial t2+9t +3, where t is the time elapsed in minutes. The number of cells in the second culture growing at 35°C is modeled by the polynomial t2+ 3. She needs to measure the success of the 25°C culture over the 35°C culture. Enter the polynomial representing how many more cells are in the 25°C culture for timet. Enter how many more cells are there after 15 minutes. The 25°C culture has more cells at time t. There are more cells in the 25°C culture after 15 minutes.