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Sample of gaseous neon is heated with an electrical coil. If 264 Joules of energy are added to 14.1 gram sample initially at 21.7*C . what is the final temperature ...

Question

Sample of gaseous neon is heated with an electrical coil. If 264 Joules of energy are added to 14.1 gram sample initially at 21.7*C . what is the final temperature of the neon?Answer:

sample of gaseous neon is heated with an electrical coil. If 264 Joules of energy are added to 14.1 gram sample initially at 21.7*C . what is the final temperature of the neon? Answer:



Answers

A cosmic-ray particle with energy $1.34 \mathrm{TeV}$ is stopped in a detecting tube that contains $0.120 \mathrm{~mol}$ of neon gas. Once this energy is distributed among all the atoms, by how much is the temperature of the neon increased?

No, because we are supporting that. The system is perfectly isolated. Therefore the Houston lost off The neon will begin by the steel container. And And we can write that you old less you'll work. You hold less you with only it's changing energy off port city. You hold blessed you work. It was two of you hands. You'll Ft bless you, Neon in the quest A little hands ust is it was to minors off, you know, just a question one. Not that we did not convert the temperature toe, Calvin, because change in temperature at Calvin, it tickles to change in temperature the yard itself. You know that the volume of cholera Mikel or emitted is constant. Therefore, the voluminous than the owners constant too Pend the neon is a mono at every guest so that the molar heat capacity off it is baby and ease equals 23 wise to ah, this is equation on. But to now Ah, no bathtub aloof system is constant and the changeable factor will be the internal energy. So the system due to change in temperature for that it gained by the steel will change its internal energy and the heat lost off the neon will change it. Inderal Energy Two hands You and e Z equals two n off and eat. See you often you on does that he and eat the heat loss off new. Now we can write que en e is It was two ruling all 31 No. In tow theory meal final temperature off noon minus nature time. Page it off. Which is the question Italy. Now what? Stevie and e from two into a tree. What e. V Olsen yawn from two invalidity and you and eat It was and off on e motive. Like people to off are more deeply final attempt regionals noon minus in the shirt temperature off Knew that Anne the close to not all still stands by a total loss. This is a question for and end off known is it was to Marcel's Neon but total Russell from young. The two equations life put and, um, and an e little moment with me One from five into thick Read it into four big it u N e it was Do you buy two and and e rewarded by total and and eat. We're deeply us The final me own minus D initial. We don't. This is a question on book six and you off Still is. It was too Wrathall esteem. The still changing temperature off t the heat gained while steam no, he can buy Steel is acquittal. Martha Dean, he's Gene and the final dump. Original Steel Dynasty Initial original state. Just equal shooting. Seven. Now coat now for Q and E phone. Thanks and changing. He don't steal fun salmon into one. No, After holding, we will get and as yes d most off deal and your tion rig it. Final temperature off minus didn t shirt and it'll still it was to minus two, divided by muscles you wouldn't be guided with. So 10 rounds off the one multiply our with final temperature minus in the shirt and Bridget off immune northern The steel and neon will finally reach the terrible equilibrium point. Therefore be there four years. Is it closed toe? He s off neuron, which is close to clear final over the F off steel Last 15 three years deep. You think once told final temperature minus initial off steel which is it was my last three by two Marcel's Andy divided what capitalism comes off. Andy, multiply our final temperature minus in the short term. Brittle. No, no more. Deploy east side by minus through m and e, when we will multiply will decide People get minus Amal's SD The off steam we get, Yes, miners T I esteem, which is the most with GM the only, uh, into finer temperature minus the shoulder creature. Open your holding for M and E if you get to minus two. I'm wolf in your own mouth off Dean. And you do minor temperature of minus. And he should Embratel steel. Do what I did by D. R. Minor temperature minus any shirt and original. You know, it just equals, um Hope Andy. No. From here we can find the values. Must em off, Andy, Is it worth to minus two Multiple life 20.2 where the bloody endless took power minus 3 45 47.2 multiplied Our lives took over minus three. Motive life 4th 52 more Deploy I minus 28 minus minus 40 and to me get divided. But the whole is divided by really into our eight Want even final temperature minus 28 Mind initial starting, we get em with and he's not off. New Orleans. 10.12 multi lighter list of power. My nurse program. Hence mouth off. The only is it was tens lunch, 12 local.

Hello students. In this question, we have a sample of helium gas and money on gas. At temperature equals to 300 Calvin and pressure equals to 1.08 year. The molar mass of the helium is equal to four g per mole and molar mass of the neon. It is equal to 20.2 g per mole. So we have to calculate for the part a the RMS the speed of the helium and neon atoms. Okay, so RMS spill. It is equal to the three RT divided by the molar mass. M Okay, so for the neon for the helium first. So We H. E. This is equal to three more players are as a universal guest constant. So it contributes. Mark Lerby temperature is 300 Calvin and molar masses for Grandpa. For M.nolds, a former player bait and to the power -3 program mode. So aramis speed for the helium, it is equals to nearly 1638 m per second. And similarly for the neon gas weekend substitute three replaced by arias. Again, 3.138 point 13 temperature is 300 Calvin and Molar Mass is 20.2. My pleasure related to the power -3 kg per moved from here. After solving the RMS steel for the indian, it is equal to 609 m per second. Okay, so these are the premises piece for the two different gases. Okay, now solving for the part B we have to determine the average kinetic energy Per molecule of each guess. So both are mono atomic guests and for the monotonic guests it is equal to three x 2 Katie. Okay, so this is the answer for this question. Okay, so this is the uh this is the energy for this question. So we can calculate the magnitude also. So three by two molecular Bay Case Goldsman constant, which is 1.38 molecular weight. And to the power managed 23 super Calvin and temperature is 300 kelvin. So can I take energy of each molecule for the two guesses? It is equal to 6.2. 1 more player better. And to the power managed 21 June, so this become the answer for this question. Okay, thank you.

Thermal energy is given by a number of particles. Times kinetic energy average kinetic energy for one particle. Now number of particles can be given by total mass divided by massive one particle and the kind of energy will be given by half M v. Average squared equals half I m I ve average square. So from here we find that average velocity would be to e over em under the square root. If we put the numbers in, it is to time 1700 jewels divided by this is the daughter of mass. Total mass is a 10 gram, 10 gram or 0.1 kilogram. So this will come out to be 3400 delighted by 0.1 school dude is five. 83 meters per second.

This problem starts off by giving us a scenario of neon gas with a volume of 260 cents millimeters and a temperature of 25.2 degrees Celsius. The problems asking us to find the temperature when we cut the volume in half and then when we double the volume. So first things first you need to add 273 to convert this to cope in. So that gives you 298 color as the temperature. And so then, since this is gas problem with the gas, you need to we use three ideal gasol, which is PV equals NRT. So you can really do you do this equations you get be over t equals and our overpay and and is the number of moles are is the gas constant and P is pressure on the problem told us that the pressure is constant and the number of moles of the gas isn't changing and or is a constant. So this is just one big constant, so you can just set be won over t one equal to be to over teach you and then you could just solve this problem like you would any proportion So 266 millimeters over 298 Kelvin equals feature, which was 133 milliliters because you cut the 1st 1 in half and then you solve for this unknown temperature and then rearranging, um, the equation and solving for the temperature you get 149 Coben. But the problem give it to you and Celsius. So you need to sit truck 273 and then you get the final temperature equals negative, negative 1 24 degree Celsius and then you do the same thing for the third volume. So you do have you one over t one equals feed three over t three and then same numbers to 66 millimeters over 298 Kelvin and then you set that equal to 532 milliliters over this unknown temperature. Then you get t three is equal to 596 Copan. But same thing we did before we need it in Celsius. So we subtract 2 73 and then we get 322.8 jiggery Celsius. So then these are final answers


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