I am a bit confused. I thought that when it comes to paring that you just pair T's with the A's and A's with the U's. And of course- C's with G's and G's with C's. I am greatly confused :( there are roughly 10 problems similar to the question above that are due tomorrow. I was hoping to use this...
After trying it a bit more on my own I got this.
G - C
C - G
A - T
G - C
G - C
C - G
U - A
A - T
U - A
C - G
U - A
A - T
(On the left side is the bcomplete chain and on the right is the complimentary bases)
Can anyone verfiy this please? Thanks!
I am having trouble answering the following question any help would be greatly apperciated.
1. A protein must be synthesized by a cell. Part of the amino acid sequence in this protein is:
-Ala-Gly-Thr-Leu-
The codons for these amino acids are:
Gly -- G G C
Leu -- C U A
Thr -- U...
^Thanks a bunch.
So would that make
H2C02 - substance oxidized
H20 - substance oxidized
&
Cr2o3 - substanced oxidized
3H20 - substanced reduced
Thanks!
I gave it another try, I think the first one may be right but I found the 2nd one to be harder (but who knows they might both be wrong :frown:)
#1
H2H02 = Reducing agent,because it is oxidized.
H2CO = Oxidizing agent because it gains an election.
H2CO2 = substance oxidized because it...
oh whoops.
It was supposed to be:
2CrO3 = substance oxidized
2CrO3 = Oxidizing agent
6HI = substance reduced
6HI = reducing agent
See this problem was supposed to be an example to a problem set assigned but the answers were cut off. Trying to understand this problem so i can use it...
Hello, I just have a question regarding this problem. Please tell me if its correct.
I have to identify the substance oxidized, the substance reduced, the oxidizing agent, and the reducing agent.
http://xs109.xs.to/xs109/06462/chem..png
For the first one This is what I believe:
H2O2...
Question: A sample of hydrogen gas, collected at 100 C and 1.0 atm., has a volume of 350 ml (0.350 lit.). What will be the pressure after it is transferred to a 4.0 lit. flask and cooled to 25 C? (temp must be in degrees of Kelvin)
I had assumed using the formula V2 = P1 X V1 / P2 but i am...