It’s released by the dark reactions
Answer:
Answer is B.PMI in the 5th interspace, anterior axillary line.
Refer below
Explanation:
A 75 year old retired publisher presents for a routine checkup. He has a history of class III congestive heart failure, hypertension, and hyperlipidemia. He is doing well and is taking his medications as prescribed. On exam you expect to find:
PMI in the 5th interspace, anterior axillary line.
Answer:
Yes
Explanation:
This is made possible by latent genes, or genes in an unexpressed state.
One hypothesis that explains the result is : A) Two genes are involved with 12:3:1 epistasis, such that A_B_ and A_bb are black, aaB_ is brown,and aabb is green.
Explanation:
- This is a case of Dominant Epistasis.
- When two genes are involved and presence of dominant allele of one gene masks the effect of either allele of the second gene then the epistasis is termed as dominant epistasis.
- In the given case black :brown: green ratio is approximately equal to 12:3:1.
- Here presence of a dominant A allele that is responsible for the black colour masks the effect of either allele of B. Therefore A_B_ and A_bb produces black beetles
- Again , absence of dominant A allows B to express itself and Brown beetles are produced thus aaB_ is brown.
- When both the genes are present as recessive alleles, neither brown nor black colour is expressed and the beetles are green.Thus, aabb are green.
The correct answer is Axial Position
Reason:
When axial groups lie on the opposite sides of the ring, they are capable of holding large molecule and are stable as there is less steric hindrance between those groups. Also the molecular distance between them is large.