5

# 25)Given that for carbon dioxide AHsublimation 15 kJ/mol and ASsublimatior 140 J/mol-K, what can we say about ASuniv for the sublimation of dry ice at 258C? Suniv 7...

## Question

###### 25)Given that for carbon dioxide AHsublimation 15 kJ/mol and ASsublimatior 140 J/mol-K, what can we say about ASuniv for the sublimation of dry ice at 258C? Suniv 740 J /mol-K ASuniv +485 J/mol-K ASuniv = -460 J/mol-K ASuniv +190 W/mol-K ASuniv +89.6 J/mol-K

25)Given that for carbon dioxide AHsublimation 15 kJ/mol and ASsublimatior 140 J/mol-K, what can we say about ASuniv for the sublimation of dry ice at 258C? Suniv 740 J /mol-K ASuniv +485 J/mol-K ASuniv = -460 J/mol-K ASuniv +190 W/mol-K ASuniv +89.6 J/mol-K

#### Similar Solved Questions

##### The temperature dependence of the reaction rate constant is given by the equation:Ea k = Ae RTWhere:k =rate constantT = temperatureA = frequency factorEa Energy of activationUse the rules for logarithms and exponents to write this equation in logarithmic formNOTE: Write Ea as Ea for the answers below. Use (caret) to enter superscripts_Ink =
The temperature dependence of the reaction rate constant is given by the equation: Ea k = Ae RT Where: k =rate constant T = temperature A = frequency factor Ea Energy of activation Use the rules for logarithms and exponents to write this equation in logarithmic form NOTE: Write Ea as Ea for the answ...
##### Use the Factor Theorem determine whether > + 4 is a factor of f (x) =x' + Zx? 6x + 8.10. List the potential rationa zeros of the polynomial function f (x) = -Zx' + 4r' 3x + B. Do find the zcros 44/4442++8 +441,42,44,+8 1,.f1.f2,f4 t+,+,tltttte
Use the Factor Theorem determine whether > + 4 is a factor of f (x) =x' + Zx? 6x + 8. 10. List the potential rationa zeros of the polynomial function f (x) = -Zx' + 4r' 3x + B. Do find the zcros 44/4442++8 +441,42,44,+8 1,.f1.f2,f4 t+,+,tltttte...
##### Find the particular antiderivative of the following derivative that satisfies the given condition.dy 6x dx9x1; y(1) = 2ylx) =
Find the particular antiderivative of the following derivative that satisfies the given condition. dy 6x dx 9x 1; y(1) = 2 ylx) =...
##### (3) A surplus process has a compound Poisson claims process with 5 claims expected per period and p(x) = (1/4) e-x4 for x > 0. Initial surplus is 15. Premiums are collected continuously at the rate of 25 per period.Calculate E(L) by multiplying [E(Li) ] by [E(N)]: Use the moment generating function of L to check your answer_ (Ans 16)
(3) A surplus process has a compound Poisson claims process with 5 claims expected per period and p(x) = (1/4) e-x4 for x > 0. Initial surplus is 15. Premiums are collected continuously at the rate of 25 per period. Calculate E(L) by multiplying [E(Li) ] by [E(N)]: Use the moment generating funct...
##### Enzymesnormally functioning digestive tract; pH plays crucial role in a to pH and will sensitive be most active at digestive enzymes are Most Exercise 3, Experiment B) As fluids pH 'specific . for the enzyme (see tract of humans, the pH abruptly changes pass through the digestive from one region to another: Fluid in the mouth and esophagus is about pH 76.8 to 7 and in the stomach is pH 2; the pH of fluid in the small intestine quickly neutralized from 2 to about 7, and further along in the
Enzymes normally functioning digestive tract; pH plays crucial role in a to pH and will sensitive be most active at digestive enzymes are Most Exercise 3, Experiment B) As fluids pH 'specific . for the enzyme (see tract of humans, the pH abruptly changes pass through the digestive from one regi...
##### Quarter Real-Life Prou Functionsn Solving Logarithmic Inequalities Involving tions and EquatueeGroph ard Tnd Jke Donain Ond Kargc Expcrentia l Funchanc K4#6)Fid Inkrchs krut an aynpfts vF + (pgtri iIhmic Funcfon fG)= log (2x+3) #G) I (x-3) Jta Mloanh 3 ) Find {e doran And rargc funchonsfG) (3-2*) f( _
Quarter Real-Life Prou Functionsn Solving Logarithmic Inequalities Involving tions and Equa tuee Groph ard Tnd Jke Donain Ond Kargc Expcrentia l Funchanc K4 #6) Fid Inkrchs krut an aynpfts vF + (pgtri iIhmic Funcfon fG)= log (2x+3) #G) I (x-3) Jta Mloanh 3 ) Find {e doran And rargc funchons fG) (...
##### (20p) Evaluate IL 1 +IzdA where D is the region bounded by 4 = VI. y = 0 and I = 1
(20p) Evaluate IL 1 +IzdA where D is the region bounded by 4 = VI. y = 0 and I = 1...
##### Asurcyased [ercrnoeot hox many Cays EPECed Vlucpmoapilit 0 stoubanQiven bolox FIdKe @"pecicd vaus?(RounancarestnundrcotTeectnCente
Asurcyased [ercrnoeot hox many Cays EPECed Vluc pmoapilit 0 stouban Qiven bolox FId Ke @"pecicd vaus? (Rouna ncarestnundrcot Teectn Cente...
##### What is the order of the quantily alkenes formed, from highest to lowest;in the E2 reaction below?CA BC B?AA-B>CB>A>C
What is the order of the quantily alkenes formed, from highest to lowest;in the E2 reaction below? CA B C B?A A-B>C B>A>C...
##### An industrial laser is used to burn a hole through a piece of metal. The average intensity of the light is $\bar{S}=1.23 \times 10^{9} \mathrm{W} / \mathrm{m}^{2} .$ What is the rms value of (a) the electric field and (b) the magnetic field in the electromagnetic wave emitted by the laser?
An industrial laser is used to burn a hole through a piece of metal. The average intensity of the light is $\bar{S}=1.23 \times 10^{9} \mathrm{W} / \mathrm{m}^{2} .$ What is the rms value of (a) the electric field and (b) the magnetic field in the electromagnetic wave emitted by the laser?...
##### Find the average value fave of the function on the given interval:f(t) 13te[2, 4]fave
Find the average value fave of the function on the given interval: f(t) 13te [2, 4] fave...
##### [4,10 # Ar arc ildd Aclscul Maem"KeMTIn 5 =4tslinecr M 27,01#hal t dhe tolul prcasum uf thc meulling'
[4,10 # Ar arc ildd Aclscul Maem "KeMT In 5 =4t slinecr M 27,01 #hal t dhe tolul prcasum uf thc meulling'...
##### A simple pendulum is 5.00 $\mathrm{m}$ long. (a) What is the period of simple harmonic motion for this pendulum if it is located in an elevator accelerating upward at 5.00 $\mathrm{m} / \mathrm{s}^{2} ?$ (b) What is its period if the elevator is accelerating downward at 5.00 $\mathrm{m} / \mathrm{s}^{2} ?(\mathrm{c})$ What is the period of simple harmonic motion for the pendulum if it is placed in a truck that is accelerating horizontally at 5.00 $\mathrm{m} / \mathrm{s}^{2} ?$
A simple pendulum is 5.00 $\mathrm{m}$ long. (a) What is the period of simple harmonic motion for this pendulum if it is located in an elevator accelerating upward at 5.00 $\mathrm{m} / \mathrm{s}^{2} ?$ (b) What is its period if the elevator is accelerating downward at 5.00 \$\mathrm{m} / \mathrm{s}...
##### The ball exerts a forcedownward on the Earthupward on the Earth downward to the left on the player upward to the right on the player downward to the right on the playerm exerts forceto the right on Mdownward on Mupward on Mto the left on M(e) ~q exerts a forcedownward on Q upward on Q to the left on Qto the right onthe iron exerts a forceupward on the magnet downward on the magnet to the left on the magnet to the right on the magnet X
the ball exerts a force downward on the Earth upward on the Earth downward to the left on the player upward to the right on the player downward to the right on the player m exerts force to the right on M downward on M upward on M to the left on M (e) ~q exerts a force downward on Q upward on Q to th...
##### Two balls collide on a horizontal, frictionless table. Ball Ahas a mass of 200g and is travelling at0.88 m/s[E 36 ÌŠS]. Ball B has a mass of 250g and is travelling at1.23 m/s[E 63o N]. The velocity ofball B after the collision is 1.03 m/s[E12 ÌŠN].a. Draw a diagram of the event for full marks. b. What is the velocity of ball A after the collision?
Two balls collide on a horizontal, frictionless table. Ball A has a mass of 200g and is travelling at 0.88 m/s[E 36 ÌŠS]. Ball B has a mass of 250g and is travelling at 1.23 m/s[E 63o N]. The velocity of ball B after the collision is 1.03 m/s[E12 ÌŠN]. a. Draw a diagram of the event for full mar...
##### 3. A large crate is given @ quick shove up an inclined plane: The initial speed of the crate as it begins its ascent is 5.5 m/s: The plane is inclined at 30 degrees and the frictional coefficient is Ek 0.20. Determine how far up the ramp the crate will travel before stopping and sliding back down:Lx =?=5.5 m/s
3. A large crate is given @ quick shove up an inclined plane: The initial speed of the crate as it begins its ascent is 5.5 m/s: The plane is inclined at 30 degrees and the frictional coefficient is Ek 0.20. Determine how far up the ramp the crate will travel before stopping and sliding back down: L...