5

Part CThrough what potential difference would the deuteron have to be accelerated to acquire this speed? Express your answer in volts AzpIvlSubmitRequest_Answer...

Question

Part CThrough what potential difference would the deuteron have to be accelerated to acquire this speed? Express your answer in volts AzpIvlSubmitRequest_Answer

Part C Through what potential difference would the deuteron have to be accelerated to acquire this speed? Express your answer in volts Azp Ivl Submit Request_Answer



Answers

(a) Through what potential difference does an electron have to be accelerated, starting from rest, to achieve a speed of 0.980c? (b) What is the kinetic energy of the electron at this speed? Express your answer in joules and in electron volts.

But most of the electron M equals. Uh, it's the mosque. Let me write on small M four massive electron. So most of electron is equal to 9.1. You don't multiply by 10 to the power minus critic bond kilogram. So the kinetic energy of the electron moving with velocity V equals 0.99 times The speed of light is given my, uh So the kinetic energy is keeping by embassy square into one divided by route one minus. This were divided by C squared, uh, minus one right. And this equals 9.1. Multiply by 10 to the power minus Trayvon. And then we have speed of light three Motive Life fighting to devour. Eat holds crear, uh, into one, divided by route one minus 0.99 square minus one. Right. So, uh, u Conn or is he equals 4.99 multiplied by 10 to the power minus 13 jewels. Now, if the potential differences we then we have Ah, uh ree kun equals e que the kinetic energy. We use the potential difference and Kim is the charge. And so the equals, uh, kinetic energy divided by charge. Uh, well kinetic energies 4.99 Multiply by 10 to the dollar, minus 13. Divided by killing well, Kim is 1.6. Multiply by 10 to the power minus 19 which is equal to 3.12 Multiply by 10 to the Power six World 10 to the power six vote, so the potential different required is 3.12 Motive like I tend to the power six world.

Remember that force equals mass times acceleration and for charges, it is Q times E. So from here we were there. Acceleration equals que e over em. So now we know that it is accelerated by 120 Voltage 120 volt charges one for six times 10 to the native nine deal divided by the mass Using mass for proton equals 1.67 time. Stand to the negative 27 k g for massif In electron, this number is 9.1 times 10 to the negative 27 kilogram. Using this acceleration for the proton comes out to be 152 triple zero meters per second or 1 52 is the meter for a second. From here we get acceleration for the electron ese 6.49 times tend to their six meters per second.

For a part of the given problem were asked to find their potential. Ah ah, difference That connects a late the electron up to the speed of light to find that we assumed electrons starts from the rest The classical formula for the guarantee. Connor Ji Ah, If if musical to see is then will be one over two m C square, that is one or 2511 killer electron Walt, which is equal to ah to 55 point. Okay, d b setting this equal to the potential energy loss which is responsible for the exploration. We find me to be 255.5 killer look, Groenewald or e Ah, This will give us too Approximately 256 kill walls So easy A potential difference off 256 kill awards will accelerate an electron from arrest to the speed of light. Thought to be off the problem are setting this amount of potential energy. She's, um, use equal to 255 0.5 kill electrode world equal to the correctly logistic counting energy. We often m c square into one minus spirit off one minds we oversee all square minus one is it cool to you from here stalling. For we we get to see spirit off. One plus one or one minus. You were M C Square. Ah, this whole factor squares or square root. This will give us and we to be ah zero pour in seven. This will be a zero pour in 745 So 0.745 times the speed or for light.

So it's starting from rest, which means initial velocity zero. We want to accelerate electro. So a speed off zero point 98 seat by a difference in difference of putting show. So we want to increase the energy off electric in this case, the connecting energy because he has the speed by a difference in potential. So this is just the charge of the electron times the difference in potential. So this is the creation that we have to use. So first of all, in the first item, we want to calculate, I turn a we want to calculate what should be the difference in pretension. I can be. We want to calculate what should be the absolute value off the connecting energy off the electron. So first of all, we do not have any ways to calculate the difference in potential in first. So let's calculate the connecting energy because it's easier. We know by definition that the connective relativistic energy is just gamma M C square minus M c square, so we can see that the connecting Aaron and you relativistic energy is just m C square. There multiplies gamma minus one. So we just have to calculate gamma and then calculate M C Square and we'll be fine. So this is just let's see and see square. We know that it's this one one minus 0.98 See, divided by sea square in the square root so we can cross, see and hear minus one. So this is the connecting energy one miners, you don't buy 98 here we know the mass of the electron We know the speed of light. So this is just the connecting energy is just four point 0 25 m c. Square. So this is just equal two three point 95 2 95 actually 2 95 times 10 to the power of minors, 13 jowls or we can see in the electoral votes. This is two points, you know, six lev because to convert jowls to a lateral votes, we just have to multiply by six points two for two time stand to the power off 18. So this is value off the connecting energy off the electron. So now that we have the connecting energy of the electron, we can finally calculate the difference in potential that is necessary. So the difference of potential. It should be out of e e close the connecting energy divided by the charge of the electron. So this is simply 2.6 times 10 to the power off six votes. Just remember that the connecting energy that we years in is that three point 2 95 time Stan, our miners 13. So as we can see the value off, the difference in potential is just the energy in electoral votes is closed to damage of electoral votes because here we have Mager, he would have Maga. And here we have 10 to the power of six. So it's pretty goes, but it's not equal. So this is the final answer to the problem. The first answer, the answer to the value of the connecting energy is 3.2 95 Time stand to the power of minors 13 and the value of the difference in potential is this one. And here this is a different potential. And that's all. Thanks for watching


Similar Solved Questions

5 answers
List the electron carriers used by the electron transport chain, their standard reduction potentials, and explain when/where they are active: ingredient in herbicides It is known to uncouple oxidative Dinitrophenol is a common phosphorylation by carrying protons across the mitochondrial membrane How does this affect ATP production?
List the electron carriers used by the electron transport chain, their standard reduction potentials, and explain when/where they are active: ingredient in herbicides It is known to uncouple oxidative Dinitrophenol is a common phosphorylation by carrying protons across the mitochondrial membrane How...
5 answers
0 7 CzH4(g) + O2(g) -" 4 , COz(g) + HzOlg) CrCl;(aq) + HzS(g) CrSs(s) + HCIaq)
0 7 CzH4(g) + O2(g) -" 4 , COz(g) + HzOlg) CrCl;(aq) + HzS(g) CrSs(s) + HCIaq)...
5 answers
Consider the series3n Inf(z) = n=0 (n + 4)!(i) What is the adius of convergence of this series?
Consider the series 3n In f(z) = n=0 (n + 4)! (i) What is the adius of convergence of this series?...
5 answers
Choose Wilma Khaled said Khaled Neicher j said Both Khaled Onlv Wilma Only Khaled Which one of them is right? and Wilma Khalcd 3 and the formula is f(n) the formula is f(n) B Wilma Wilma asked to find 3n 3n explkcit - and formuk 1 1 4
Choose Wilma Khaled said Khaled Neicher j said Both Khaled Onlv Wilma Only Khaled Which one of them is right? and Wilma Khalcd 3 and the formula is f(n) the formula is f(n) B Wilma Wilma asked to find 3n 3n explkcit - and formuk 1 1 4...
5 answers
A plane hillside slopes 2t 18" to the horizontal. straight path AE, 200 m long, on the hillside Iakes an angle of 40? with the line of grcatest slope. Calculate the height of E above A, (b) the inclination of the path AE to the hori- zontal.408=109Fig: 60
A plane hillside slopes 2t 18" to the horizontal. straight path AE, 200 m long, on the hillside Iakes an angle of 40? with the line of grcatest slope. Calculate the height of E above A, (b) the inclination of the path AE to the hori- zontal. 408= 109 Fig: 60...
5 answers
15:5861[ 1 0Send chat
15:58 6 1 [ 1 0 Send chat...
5 answers
Compute the 'natural' (with sccond dcrivativcs cqual to zcro at the cndpoints) cubic spline that interpolates the points (0, 8). (1,1) (2,4). (3,4). You should include the steps you took to obtain FOur answer-
Compute the 'natural' (with sccond dcrivativcs cqual to zcro at the cndpoints) cubic spline that interpolates the points (0, 8). (1,1) (2,4). (3,4). You should include the steps you took to obtain FOur answer-...
5 answers
#) Fiud the gcneral slution of the <lifferential equationSI (b) Find the solution of the above eqquation that satislies the initial condition y(O)
#) Fiud the gcneral slution of the <lifferential equation SI ( b) Find the solution of the above eqquation that satislies the initial condition y(O)...
5 answers
Hot Jupiters. Many of the planets orbiting other stars are more massive than Jupiter but orbit much closer to their stars. Assuming that they would be Jupiter-like if they orbited at a greater distance from their stars, how would you expect these new planets to differ from the jovian planets of our solar system? How would you expect their moons to differ?
Hot Jupiters. Many of the planets orbiting other stars are more massive than Jupiter but orbit much closer to their stars. Assuming that they would be Jupiter-like if they orbited at a greater distance from their stars, how would you expect these new planets to differ from the jovian planets of our ...
5 answers
Part 2; ConcentrationSet Up: Click Reset Make sure the Temperature is 200 "C, and; The Surface area Is Maximum Use the Gizmo to measure the half-life for each given reactant concentration. (Note that the number of reactant molecules changes with each concentration ) Calculate the averages-Triall0.4 mol/l0.,8 molfl12 Moial16 molll20 mol/lAverage Hall-Life (secondsi
Part 2; Concentration Set Up: Click Reset Make sure the Temperature is 200 "C, and; The Surface area Is Maximum Use the Gizmo to measure the half-life for each given reactant concentration. (Note that the number of reactant molecules changes with each concentration ) Calculate the averages- Tri...
5 answers
If a matrix A is 5 x 9 and the product AB is 5 x 5,what is the size of B?The size of B is
If a matrix A is 5 x 9 and the product AB is 5 x 5,what is the size of B? The size of B is...
5 answers
Diels Aler rezction of 1,3-butadiene with acetylene gives product with a SODAR of:0 ?
Diels Aler rezction of 1,3-butadiene with acetylene gives product with a SODAR of: 0 ?...
1 answers
Name the method $(A A, S S S \sim, \text { or } S A S \sim)$ that is used to show that the triangles are similar. (FIGURE CAN'T COPY) $$\angle T \cong \angle W \text { and } \angle R \cong \angle U$$
Name the method $(A A, S S S \sim, \text { or } S A S \sim)$ that is used to show that the triangles are similar. (FIGURE CAN'T COPY) $$\angle T \cong \angle W \text { and } \angle R \cong \angle U$$...
1 answers
Prove the identity. $$ \sin (x-\pi)=-\sin x $$
Prove the identity. $$ \sin (x-\pi)=-\sin x $$...
5 answers
NO'OJHBNNaCO,0HC,H_O,,HO0HRbOHNaOH =H,O'OIVeNSbClZnClNalNaClSbSFeS'ouw'0'sVCsOHHOFeClHgClKBrAgCiAuCl;MgoAl,O,Fe;o,0'6vMgo
NO 'OJHBN NaCO, 0H C,H_O,, HO 0H RbOH NaOH = H,O 'OIVeN SbCl ZnCl Nal NaCl SbS FeS 'ouw '0'sV CsOH HO FeCl HgCl KBr AgCi AuCl; Mgo Al,O, Fe;o, 0'6v Mgo...
5 answers
What is the change in internal energy of an ice with mass of 0.5 kg that is melted at freezing point and is transformed to water at 10áµ’C?
What is the change in internal energy of an ice with mass of 0.5 kg that is melted at freezing point and is transformed to water at 10áµ’C?...
5 answers
An individual is nearsighted; his near point is 12.0 cm and his far point is 65.0 cm_ (a) What lens power is needed to correct his nearsightedness? diopters(b) When the lenses are in use, what is this person's near point? cm
An individual is nearsighted; his near point is 12.0 cm and his far point is 65.0 cm_ (a) What lens power is needed to correct his nearsightedness? diopters (b) When the lenses are in use, what is this person's near point? cm...
5 answers
Question 20True or false: Fz can exist: Use an MO diagram to calculate the bond order:TrueFalse
Question 20 True or false: Fz can exist: Use an MO diagram to calculate the bond order: True False...

-- 0.074447--