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Texts: Help please Chapter 29 → 13 13. [0/1 Points] DETAILS PREVIOUS ANSWERS SERCP1129.6.P.038.1/6 Submissions Used MY NOTES ASK YOUR TEACHER The reaction: H+ 1 3 Be- 4 0 a) Calculate the mass in atomic mass units of the particles on the left side of the equation. X b) Calculate the mass (in atomic mass units) of the particles on the right side of the equation. u c) Subtract the answer for part (b) from that for part (a) and convert the result to mega electron volts, obtaining the Q value for this reaction. X MeV d) Assuming lithium is initially at rest, the proton is moving at velocity v, and the resulting beryllium and neutron are both moving at velocity V after the collision, write an expression describing conservation of momentum for this reaction in terms of the masses mp, mBe, mn, and the velocities. m. +M n 6 e) Write an expression relating the kinetic energies of particles before and after together with Q. (Use any variable or symbol stated above as necessary.) W+ 1/2 X M M M f) What minimum kinetic energy must the incident proton have if this reaction is to occur? X Your response differs from the correct answer by more than 10%. Double-check your calculations. MeV Need Help? Kond1

          Texts: Help please Chapter 29 → 13

13. [0/1 Points]
DETAILS
PREVIOUS ANSWERS
SERCP1129.6.P.038.1/6 Submissions Used
MY NOTES
ASK YOUR TEACHER

The reaction:
H+ 1 3
Be- 4
0

a) Calculate the mass in atomic mass units of the particles on the left side of the equation.
X

b) Calculate the mass (in atomic mass units) of the particles on the right side of the equation.
u

c) Subtract the answer for part (b) from that for part (a) and convert the result to mega electron volts, obtaining the Q value for this reaction.
X MeV

d) Assuming lithium is initially at rest, the proton is moving at velocity v, and the resulting beryllium and neutron are both moving at velocity V after the collision, write an expression describing conservation of momentum for this reaction in terms of the masses mp, mBe, mn, and the velocities.
m.
+M n
6

e) Write an expression relating the kinetic energies of particles before and after together with Q. (Use any variable or symbol stated above as necessary.)
W+
1/2
X
M
M
M

f) What minimum kinetic energy must the incident proton have if this reaction is to occur?
X Your response differs from the correct answer by more than 10%. Double-check your calculations. MeV

Need Help?
Kond1

texts help please chapter 29 13 13 01 points details previous answers sercp11296p03816 submissions used my notes ask your teacher the reaction h 1 3 be 4 0 a calculate the mass in atomic mas 98096

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