The answer is 1 red radish, 2 purple radishes, and 1 white radish
Let R allele be dominant allele over r allele. The genotypes and phenotypes will be as following:
RR - red radish
rr - white radish
Rr - purple radish
Parental generation: RR x rr
F1 generation: Rr Rr Rr Rr
Since the F1 generation self-pollinates, we have the situation:
F1 generation: Rr x Rr
F2 generation: RR Rr Rr rr
Punnet square:
<u> Rr </u>
<u>R </u><span><u>| r</u>
<u>R </u></span><u>| RR | Rr</u><span>
Rr <u>r </u></span><u>| Rr </u><span><u>| rr</u>
So, there will be 1 red radish (RR), 2 purple radishes (Rr), and 1 white radish (rr)</span>
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False. A reduction in lot sizes does not enhance the amount of variation that can build up between any two supply chain stages, hence enhancing the bullwhip effect.
According to the bullwhip effect, which is a characteristic of the suppliers chain, modest changes in demand at the retail level can lead to steadily increasing changes at the wholesale, distributor, manufacturer, and raw material supplier levels. The physics of cracking a whip are referenced in the effect's name. The comparatively tiny movement of the whip's wave patterns increasing in size as a result of the person holding it snapping their wrist. In supply chain management, salespeople, manufacturers, suppliers, and customers all have a partial understanding of demand and limited direct control over it.
Learn more about bullwhip effect here
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Answer:
Each of the enzymes of the pyruvate dehydrogenase complex requires a different vitamin. True
Explanation:
The enzymes involved in the pyruvate dehydrogenase complex are associated with each other in a cubical array. <em>The vitamins and enzyme cofactors aused by the pyruvate dehydrogenase complex during oxidative decarboxylation are the following: lipoic acid, niacin, pantothenic acid and thiamine</em>. Having a balanced and complete diet is what you need to have all these nutrients in your body.
