jschroep420

I know that:

vol(cyclohexane) + vol(ethyl acetate) = 10mL

and that:

0.25 = (moles ethyl acetate/(moles cyclohexane + moles ethyl acetate))

volume can be written as = #mols * molarmass (g/mol) * density(mL/g) to give units mL...this can be substituted in for the volumes in the first equation I wrote.

I'm stuck in figuring out what the volumes for both need to be, thats is solving the 2 equation 2 unknown system.

Here's the info on the chemicals:

ethyl acetate = 88.11 g/mol and density = 0.902 g/ml

cyclohexane = 84.16 g/mol  and density = 0.779 g/ml

I appreciate any help!

How many NADPH molecules are generated by the oxidative phase of the pentose phosphate pathway using 6 molecules of glucose-6-phosphate?

-I figured this out to be for every G6P molecule 2 NADPH are produced so a total of 12 NADPH would be produced in this case

How many G6P molecules are regenerated in the non-oxidative phase of the pentose phosphate pathway under the same conditions as before...

-Im confused on this because the non-oxidative phase doesn't seem to be able to make any G6P molecules without entering and going through gluconeogenesis.

I know it's the point where the partial vapor pressure of A = partial pressure of B, but is this an azeotropic mixture?

https://www.youtube.com/watch?v=B--f-CcEyKk&has_ve...

The frying of a hen's egg is a spontaneous reaction and has a negative Gibbs energy change. The process can be reversed by feeding the fried egg to a hen and waiting for it to lay another egg. Does this constitute a violation of the second law?

The second law states that the total entropy in an isolated system can never decrease over time...it seems then that this process would violate the second law...how can that be?

For the equilibrium expression N2 +3H2 ⇄ 2NH3 at constant temperature and pressure how can the equilbrium be shifted to produce more ammonia? And would it be possible for added hydrogen to produce the same effect?

I figured out that it would take a large excess of N2 to shift equilibrium to the left and I read somewhere that added H2 cannot lead to the formation of more ammonia...how is this possible?

I will award best answer for any effort, thanks for the help

I know charged molecules dissolve in water but why does this occur from the standpoint of the hydrophobic effect in terms of entropy?

i know that specific heat will change with dT in C = Q/dT...but what are the differences for different temperature ranges?

will award best answer, thank you

The loop shown (mass = 24.0 g and R = 6.00×10−3 Ω) initially has part of its area in a region of

uniform magnetic field B = 3.30 T. The loop is initially at rest; then a constant force Fext = 0.180 N is

applied to the loop to pull it out of the field.

The loop has a length of 0.6m and a width of 0.04m.

I have been stuck on this problem for hours and I can only express the emf in terms of velocity....isn't the emf changing with time? The question just says to find the emf...I know its a very badly worded question

If you have a very thin wire in a non uniform magnetic field (say a magnetic field due to a current carrying wire), as you move the wire will there be an induced emf?

I don't think so since the area of the wire is technically zero right?

Here's the molecule: https://imgur.com/gallery/AqGBPdt

I tried a substitution where v = x + y but made a mistake along the way to where i could integrate

Will award best answer

https://imgur.com/HyJhFk4