. | An electron having kinetic energy twice its rest mass collides with another electron at rest. If the two stick together to form a single particle, then the mass of the composite particle is given by
. | An electron having kinetic energy twice its rest mass collides with another electron at rest. If the two stick together to form a single particle, then the mass of the composite particle is given by
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![24. An electron having kinetic energy twice its rest mass collides
with another electron at rest. If the two stick together to form
a single particle, then the mass of the composite particle is
given by
A. 1.27MeV
C. 3.27MeV
B. 2.27MeV
D. 4.27MeV](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F755aabb3-493c-4779-bc51-c7f270878635%2Fdb3d36f2-9434-4934-b230-c330733f7cb1%2Fvebljpx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:24. An electron having kinetic energy twice its rest mass collides
with another electron at rest. If the two stick together to form
a single particle, then the mass of the composite particle is
given by
A. 1.27MeV
C. 3.27MeV
B. 2.27MeV
D. 4.27MeV
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