At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.
At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.
Cite this post:
Sourav Pan. (2024, August 18). At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/
Sourav Pan. "At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.." Biology Notes Online, 18 August 2024, biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/.
Sourav Pan. "At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.." Biology Notes Online (blog). August 18, 2024. https://biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/.
<br /> text{Generation Time} = frac{text{Time Interval} (t)}{text{Number of Generations} (n)}<br />
where
<br /> n = frac{log (text{Final cell count}) - log (text{Initial cell count})}{log 2}<br />
Cite this post:
Sourav Pan. (2024, August 18). At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.. Biology Notes Online. Retrieved from https://biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/
Sourav Pan. "At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.." Biology Notes Online, 18 August 2024, biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/.
Sourav Pan. "At t = 0, the bacterial cell number is 10,000 cells/mL. At t = 480 minutes, the cell number increased to 320,000 cells/mL. The mean generation time during this exponential growth period, rounded off to the nearest integer, is ________ minutes.." Biology Notes Online (blog). August 18, 2024. https://biologynotesonline.com/qa/at-t-0-the-bacterial-cell-number-is-10000-cells-ml-at-t-480-minutes-the-cell-number-increased-to-320000-cells-ml-the-mean-generation-time-during-this-exponential-growth-period-rounded-off-t/.
