of the following, the best conclusion concerning the difference between the S phases for beta and gamma is that:
a. gamma contains more DNA than beta
b. beta and gamma contains the same amout of DNA
c. beta contains more RNA than gamma
d. gamma contains 48 times more DNA and RNA than beta
e. beta is a plant cell and gamma is animal cells
the answer is a.
gamma contains more DNA than beta
To determine the best conclusion concerning the difference between the S phases for beta and gamma, we need to analyze each option and determine which one is supported by evidence.
a. "Gamma contains more DNA than beta": This conclusion suggests that gamma has a higher amount of DNA than beta. However, the given information does not provide any insight into the DNA content of beta and gamma during the S phase. Therefore, we cannot conclude this without additional information.
b. "Beta and gamma contain the same amount of DNA": This conclusion assumes that beta and gamma have equal amounts of DNA in their S phases. Again, the given information does not specify the DNA content for either beta or gamma. Therefore, we cannot conclude this without additional information.
c. "Beta contains more RNA than gamma": This conclusion implies that beta has a greater amount of RNA than gamma. However, the given information does not mention anything about the RNA content of beta and gamma during the S phase. Therefore, we cannot conclude this without additional information.
d. "Gamma contains 48 times more DNA and RNA than beta": This conclusion suggests that gamma has 48 times the amount of DNA and RNA compared to beta. However, this information is not provided, so we cannot conclude this without additional information.
e. "Beta is a plant cell and gamma is an animal cell": This conclusion assumes that beta is a plant cell and gamma is an animal cell. However, there is no evidence or information to support this conclusion in the given information. Therefore, we cannot conclude this without additional information.
Since none of the given conclusions can be supported by the provided information, it is not possible to determine the best conclusion concerning the difference between the S phases for beta and gamma.