Help True / False. Correct the false statements.6.a) The electronvolt is a very smallon.electric voltage unit.b) In a nuclear fission or fusion reaction,the released energy is quite significant.c) The energy released in a nuclearreaction is due to a gain in mass.7.Select the right answerThe neutron that produces the nuclearfission must have a kineticenergy:a) Much greater than 0.02 eVb) Much smaller than 0.02 eV.c) Around 0.02 eV.d) Any value.ii) To produce nuclear fusion, the nucleimust reach a kinetic energy:a) Around 1 MeV.b) Around 0.1 MeVc) Much greater than 1 MeV.d) Of any valueiii) To produce nuclear fusion, the nucleimustreachatemperatureofapproximately:a) 100 thousand degrees.b) 100 million degrees.c) 200 degrees.d) Any temperature.

a) The electron volt is a very small energy unit . 1 eV = 1.602×10-19 joule . one electron volt is…

True / False. Correct the false statements. 6. a) The electronvolt is a very small electric voltage unit. b) In a nuclear fission or fusion reaction, the released energy is quite significant. c) The energy released in a nuclear reaction is due to a gain in mass.

True / False. Correct the false statements. 6. a) The electronvolt is a very small electric voltage unit. b) In a nuclear fission or fusion reaction, the released energy is quite significant. c) The energy released in a nuclear reaction is due to a gain in mass.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

Help

True / False. Correct the false statements.
6.
a) The electronvolt is a very small
on.
electric voltage unit.
b) In a nuclear fission or fusion reaction,
the released energy is quite significant.
c) The energy released in a nuclear
reaction is due to a gain in mass.
7.
Select the right answer
The neutron that produces the nuclear
fission must have a kinetic
energy:
a) Much greater than 0.02 eV
b) Much smaller than 0.02 eV.
c) Around 0.02 eV.
d) Any value.
ii) To produce nuclear fusion, the nuclei
must reach a kinetic energy:
a) Around 1 MeV.
b) Around 0.1 MeV
c) Much greater than 1 MeV.
d) Of any value
iii) To produce nuclear fusion, the nuclei
must
reach
a
temperature
of
approximately:
a) 100 thousand degrees.
b) 100 million degrees.
c) 200 degrees.
d) Any temperature.

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