The segment that determines a particular trait is called a gene.
The dilution factor in order to end up with 96 colonies of bacteria is 0.23 ×
.
For calculating the colony forming unit bacteria;
Colony-forming unit (CFU or cfu) is a measurement of live bacterial or fungi cells and is used to calculate the colony-forming unit of bacteria. CFU counts only viable cells as opposed to direct microscopic counts, which count all cells, both living and dead, using a hemocytometer. Colony-forming units per milliliter (CFU/mL) for liquids and colony-forming units per gram (CFU/g) for solids are used to indicate the results for convenience. The miles and Misra method can be used to compute CFU, which is helpful for assessing the microbiological load and severity of illness in blood and other samples.
∴ cfu/ml = (no. of colonies x dilution factor) / volume of culture plate
23 x
cells per mL = 96 × dilution factor
Dilution factor = 23 ×
/ 96
Dilution factor = 0.23 × 
Therefore, the dilution factor in order to end up with 96 colonies of bacteria is 0.23 ×
.
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False, my answer was 100F but we may have different answers..
<span>The answer is valves. One </span><span>feature that the entrances and exits to the heart need in order to maintain this flow pattern is the valves. E</span><span>ntrances and exits to the heart may need valves in order to maintain this flow pattern. There are valves that control blood flow to the ventricles, and valves that control blood flow out of the ventricles.</span>
Answer:
They deliver pollen from the stamens of plants to the ovaries of other plants.
Explanation: