Answer:
The daughter plant is genetically similar to the parent plant. The leaf cells of the daughter plant have 24 chromosomes.
Explanation:
This is because the type of reproduction that is going on here is asexual reproduction, most likely budding. The chromosome number of the parent is going to be preserved and no sexual reproduction is going to be involved (i.e. gametes and meiosis).
Answer:
1/128
Explanation:
In a diploid individual, 2ⁿ possible gametes can be produced, where <em>n</em> is the haploid chromosome number.
From those possible gametes,
- is the number of gametes that will contain maternal chromosomes only
- is the number of gametes that will contain paternal chromosomes only
- is the number of gametes that will contain a combination of both maternal and paternal chromosomes.
The probability that an individual spore will contain a set of chromosomes all of which came from the male gamete will be:
<h2>
</h2>
1. The answer is "<span>the energy required to start the reaction".
</span>This energy is called as activation energy of the reaction. If the activation
energy is high, reaction is slow. Enzymes help to carry out the reaction by
a new path by reducing the activation energy. But the energy of reactants
and the products remain as same as without enzyme.
2. The answer is "reaction in cells would be too slow to sustain life<span>".
</span>If the activation energy is very high for the reaction, then that reaction will
be very slow and will require more time<span> to complete the reaction. Then survival is
very low. Hence, the roll of enzymes is very important to sustain life.</span>