The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

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Answer 1

Question

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

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Suppose you are designing a proton decay experiment and you can detect 50 percent of the proton decays in a tank of water. (a) How many kilograms of water would you need to see one decay per month, assuming a lifetime of 1031 y ? (b) How many cubic meters of water is this? (c) If the actual lifetime is 1033 y , how long would you have to wait on an average to see a single proton decay?

You work for a start-up company that is planning to use antiproton annihilation to produce radioactive isotopes for medical applications. One way to produce antiprotons is by the reaction p + p S p + p + p + p bar in proton-proton collisions. (a) You first consider a colliding-beam experiment in which the two proton beams have equal kinetic energies. To produce an antiproton via this reaction, what is the required minimum kinetic energy of the protons in each beam? (b) You then consider the collision of a proton beam with a stationary proton target. For this experiment, what is the required minimum kinetic energy of the protons in the beam?

Accelerators such as the Triangle Universities Meson Facility (TRIUMF) in British Columbia produce secondary beams of pions by having an intense primary proton beam strike a target. Such “meson factories” have been used for many years to study the interaction of pions with nuclei and,hence, the strong nuclear force. One reaction that occurs isπ+ + p → Δ++ → π+ + p , where the Δ++ is a very short-lived particle. The graph shows the probability of this reaction as a function of energy. The width of the bump is the uncertainty in energy due to the short lifetime of the Δ++ .(a) Find this lifetime.(b) Verify from the quark composition of the particles that thisreaction annihilates and then re-creates a d quark and a d antiquark by writing the reaction and decay in terms ofquarks.(c) Draw a Feynman diagram of the production and decay ofthe Δ++ showing the individual quarks involved.

Answer 2

Question

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

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Answer 3

Question

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

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Answer 4

Question

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

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Answer 5

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

Answer 6

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

Answer 7

Chapter 44, Problem 44.16E

(a)

To determine

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

Answer 8

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

Answer 9

(b)

To determine

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

Answer 10

Expert Solution & Answer

Answer 11

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Answer 12

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Answer 13

Ch. 44.1 - Each of the following particles can be exchanged...Ch. 44.2 - Prob. 44.2TYU Ch. 44.3 - From conservation of energy, a particle of mass m...Ch. 44.4 - Prob. 44.4TYU Ch. 44.5 - Prob. 44.5TYU Ch. 44.6 - Is it accurate to say that your body is made of...Ch. 44.7 - Prob. 44.7TYU Ch. 44 - Prob. 44.1DQ Ch. 44 - Prob. 44.2DQ Ch. 44 - When they were first discovered during the 1930s...

The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

Solution Summary: The author explains the colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum energy of the protons in each beam is 938 MeV.

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The colliding-beam experiment in which the two proton beams have equal kinetic energies that required minimum kinetic energy of the protons in each beam.

The collision of a beam with a stationary proton target that required minimum kinetic energy of the protons in each beam

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