1) Lack of nutrients in culture a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 2) Plentiful supply of nutrients a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 3) Accumulation of toxic metabolites a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 4) Rate of cell production is greater than death rate of older cells. a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 5) Production of toxic metabolites a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 6) Rate of cell production is equal to death rate of older cells a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 7) Rate of cell death is greater than production rate of new cells. a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 8) Decrease in growth rate a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 9) Rapid increase in growth rate a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 10) Nutrients in culture media depleting a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 11) cells not dividing a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 12) Only shown when counting viable cells a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 13) Enzymes induced a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase 14) Secondary metabolites produced a) LAG phase b) LOG (exponential) phase c) STATIONARY phase d) DEATH phase

Microbe growth phases open the box

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