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Cell division where genome replication is followed directly by the physical separation into two new, identical cells
Binary Fission
Cell division where genome replication is separated by a gap phase from the physical separation into two new, identical cells
Mitosis
In this phase, limiting factors intensify becoming detrimental to any cell growth.
Death Phase
In this phase, the cells are adjusting to the environment.
Lag Phase
In this phase, the cells reach the maximum rate of cell division
Log Phase
In this phase, cells will stop growing or grow very slowly.
Stationary Phase
In this phase, the majority of the cells are alive, but dead cells start to accumulate.
Stationary Phase
In this phase, there are many living cells and few to none dead cells.
Log Phase
In this phase, there are few cells present.
Lag Phase
In this phase, the dead cells take up a larger portion of the culture and little to no growth occurs.
Death Phase
Of the following absorbance reading samples, which one has more cells present?
0.85
Of the following absorbance reading samples, which one has fewest cells present?
0.05
How many cells are present after 9 generations (starting from 1 cell) of exponential growth (2^n)
512
How many cells are present after 13 generations (starting from 1 cell) of exponential growth (2^n)
8192
How many cells are present after 18 generations (starting from 1 cell) of exponential growth (2^n)
262144
How many cells are present after 11 generations (starting from 1 cell) of exponential growth (2^n)
2048
How many cells are present after 7 generations (starting from 1 cell) of exponential growth (2^n)
128
A dilution of 1 ml bacteria from broth into 1 ml broth or water
1:2
A dilution of 1 ml bacteria from broth into 3 ml broth or water
1:4
A dilution of 1 ml bacteria from broth into 11 ml broth or water
1:12
A dilution of 1 ml bacteria from broth into 7 ml broth or water
1:8
A serial dilution of 1:10 followed by 1:100 followed by 1:100 gives a final dilution of
1:100,000
A serial dilution of 1:10 followed by 1:10 followed by a 1:100 gives a final dilution of
1:10,000
A serial dilution of 1:10 followed by 1:10 followed by 1:10 gives a final dilution of
1:1,000
A serial dilution of 1:6 followed by 1:8 gives a final dilution of
1:48
A serial dilution of 1:6 followed by 1:10 gives a final dilution of
1:60
A serial dilution of 1:4 followed by 1:6 gives a final dilution of
1:24
A serial dilution of 1:2 followed by 1:6 gives a final dilution of
1:12
A serial dilution of 1:6 followed by 1:12 gives a final dilution of
1:72
A dilution of of 0.1 ml bacteria from broth in 9.9 ml broth or water
1:100
A dilution of of 0.1 ml bacteria from broth in 999.9 ml broth or water
1:10,000
A dilution of of 0.1 ml bacteria from broth in 99.9 ml broth or water
1:1,000
A 1:1,000,000 is which dilution factor? (write the whole number, i.e. -2, -3)
-6
A 1:100,000 is which dilution factor? (write the whole number, i.e. -2, -3)
-5
A 1:100,000,000 is which dilution factor? (write the whole number, i.e. -2, -3)
-8
