Hey there,
To be exact, <span>1,048,576 Kilobytes
Hope this helps :))</span><span>
</span>
~Top
Answer:
They allow a reduction in chromosomes while preserving most of the cytoplasm for one egg.
Explanation:
In ovary oogenesis occurs for the formation of ovum or egg.
During oogenesis primary oocyte on meiosis - I forms one secondary oocyte and one polar body.
In the next step secondary oocyte on meiosis-II forms one ovum and one polar body.
Polar bodies are small cells which have less cytoplasm.
Polar bodies are meant for preserving cytoplasm to ovum so that ovum is rich in cytoplasm and it has only half of the chromosomes.
Phlebostasis is the answer you're looking for.
The question is incomplete. The complete question has been attached below.
Answer:
The transition state is the state that has highest activation energy as compared with the reactant or product. Intermediate state is important for the conversion of the reactant into the product. Transition state analogue may be any molecule that has similar feature with the transition state.
The intermediate state has the finite life time greater than the 10⁻¹³s.They can be detected easily as well as stable. Intermediate stages include the enzyme substrate complex or enzyme product complex. Transition state analogue mimic the transition state and can also acts as inhibitor. The transition state shows highest energy and o not have fix life time. The incomplete broken bonds and incomplete formed bonds are present in the transition state.
Answer:
P(purple, short) = 3/16
Explanation:
Purple flowers require genotypes Pp, pP or PP
Short pollen grains require genotype ll
The genotypes are
PPll (1/16), Ppll (1/16), pPll (1/16) for a total of 3/16