(02-15-2017, 03:37 AM)Akshay shinde Wrote: The genome is diploid at the end of which phase of a human mitotic cycle?
1 G2&S
2 G1&M
3 M&S
4 G1&G2

G1 and M as at the end of S phase replication would occur.

(02-15-2017, 03:43 AM)RONIT SHARMA Wrote:

(02-15-2017, 03:37 AM)Akshay shinde Wrote: The genome is diploid at the end of which phase of a human mitotic cycle?
1 G2&S
2 G1&M
3 M&S
4 G1&G2

G1 and M as at the end of S phase replication would occur.

Okay.. Thanks Ronit..
Could u please post screenshots of 35 and 41 as I am not able to post the screenshot..
Thank u ..

(02-15-2017, 03:43 AM)RONIT SHARMA Wrote:

(02-15-2017, 03:37 AM)Akshay shinde Wrote: The genome is diploid at the end of which phase of a human mitotic cycle?
1 G2&S
2 G1&M
3 M&S
4 G1&G2

G1 and M as at the end of S phase replication would occur.

Now here is the exact question... undoubtedly it is G1 and M..

Match the plant hormones in column 1 with functions in column 2.....

I have marked "A"

..find the question below

(02-15-2017, 03:51 AM)RONIT SHARMA Wrote:

Some how I'm getting a feeling that similar question was there in GATE 2010 or 2011 (the ones I appeared for)...

Answer is A.

Which one of the following graphs represents kinetics of protein precipitation...

(02-15-2017, 03:59 AM)Akshay shinde Wrote: Which one of the following graphs represents kinetics of protein precipitation...

"A"

An immunocompetent person becomes infected with a pathogenic strain of bacteria. Which of the following graphs correctly depicts bacterial load in this person over time...