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pls show log calculations

experts pls ans it fast its urgent....

^{5}Pa to 100 kPa at 298 Kplease show log calculations

pls experts answer fast its urgent

^{-2}kg of nitrogen is expanded isothermally and reversibly at 300 K from 15.15 *10^{5}Nm^{-2}when the work done is found to be - 17.33 kJ. find the final pressure.pls show log calculations

(molar mass = 30) at 300 K is

a. -187 kJ

b. 18.7 kJ

c. 6.234 kJ

d. -6.234 kJ

for a particular reaction, the system absorbs 6kJ of heat and does 1.5 kJ of work on its surroundings. Calculate change in internal energy and enthalpy of system.

Question

1) Calculate the work done in kilo joules when 2 mole of an ideal gas expand isothermally from 10 dm3 to 60 dm3 against constant pressure of one atmosphere at 298 K

Solution w = -p(v2-v1)

= -1.013× 10-

^{5}× 5 ×10^{-3}How to solve proceed solution

define a)racemic mixture b)enatiomers

Exothermicty favours spontanity but does not assure it? please explain it

state 2nd law of thermodynamics in term of entropy and express it mathematically.. plzz provide ans and one more question mam till now u didn't set up d software for textbook soln so culd u plzz give m the fixed date of it ...as in cbse u were providing and I was getng much knowledge then this maharastra board

How to convert L atm to joules and then joules into calories.tell me relation

what does ln means?

give me tricks to solve long numerical faster

e.g. 2.303 × 0.5 × 8.314× 300 × 0.3010

relation b/w h and u for a chemical reaction

what are the basic knowledge we must know before studying this lesson??

W

_{ max}= -2.303 ×2×8.314×log 2 how to solve this equation ,how to take log2A] H

_{2}O_{(g)}__________H_{2}O_{(l)}B]C

_{(s)}+O_{2}_{(g})_______2NH_{3}_{(g)}C]N

_{2(g)}+3H_{2}_{(g)}_________2NH_{3}_{(g)}D]Ca

_{(s})+H_{2}_{(g)}_________CaH_{2}_{(s)}In ans it is given the explanation but I want indetailed explaination.

please give me the ans as soon as you can.

pressure of 304 cm of Hg.

types of processes of thermodynamics are not given in study material?

H

_{2}O_{(l)}→H_{2}O_{(g)}ΔH= 40.68 kJIn my textbook,

4.4*10of certain matter is converted into 1 mol as following^{-2}kgn=[4.4*10

^{-2}(kg)] totaldividedby [44*10^{-3}(kg mol^{-1})]=1 moli.e.[4.4*10

^{-2}(kg)] / [44*10^{-3}(kg mol^{-1})]=1 molBut how did they do that? pls explain as soon as.

_{2}_{}gas at 25 degree celcius & 760mm pressure.In ans. it is given that:

Wt of H

_{2}=MPVRT

=

2*760/760*200/10000.0821*298

But how 2*760/760*200/1000 came.

please explain.

^{3}to 2.50dm^{3}, the fourth one said that C_{V.M.}for argon is 12.48JK^{-1}M^{-1}. All four now started off to calculate the enthalpy change in this process.The ans. is given that:

For adiabatic process,

T=_{1}Vrest to (r-1)_{2}T

_{2}V_{1}But why it is taken (r-1)?

Also, C

_{P}=CV+RWhat is C

_{P}&CV ?Please explain.

why isothermal process is thermaly isolated?

(delta

_{r }S C_{12}H_{22}O_{11}}+ (12*DELTA_{ X}S^{0}O_{2})} - {(12* DELTArS^{O}O_{2}+ ( 11 * DELTAr SH2O)HOW THIS STEP AND THE NEXT STEP CAME PLEASE ADVISE TO ME.

(a) phenol (b) aniline (c) nitrobenzene (d) cyclohexane

Q : Which of the following is a aliphatic hydrocarbon?

(a) C

_{6}H_{6}(b) C_{6}H_{10}(c) C_{6}H_{12}(d) C_{6}H_{14}. As a result of the reaction, a piston is pushed

out through 10 cm against an external pressure of 1.0 atm. Calculate the work done by the system.

Exothermicity favours spontanity but does not assure it