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JEE Main 2006
Exam
JEE Main
Year
2006
Subject
Physics
Chapter
Nuclear Physics

JEE Main 2006 · Physics · Nuclear Physics

The energy spectrum of β -particles [number N(E) as a function of β...

The energy spectrum of β\beta-particles [number N(E)N(E) as a function of β\beta-energy EE ] emitted from a radioactive source isThe energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source isThe energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source isThe energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source isThe energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source isThe energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source is

Options

  1. AA pendulum clock loses 12 s a day if the temperature is 40 ^ o C and gains 4s a day if the temperature is 20 ^ o C. The
  2. BA pendulum clock loses 12 s a day if the temperature is 40 ^ o C and gains 4s a day if the temperature is 20 ^ o C. The
  3. CA pendulum clock loses 12 s a day if the temperature is 40 ^ o C and gains 4s a day if the temperature is 20 ^ o C. The
  4. DA pendulum clock loses 12 s a day if the temperature is 40 ^ o C and gains 4s a day if the temperature is 20 ^ o C. The

Correct answer

D. A pendulum clock loses 12 s a day if the temperature is 40 ^ o C and gains 4s a day if the temperature is 20 ^ o C. The

Step-by-step solution

The energy spectrum of β -particles [number N(E) as a function of β -energy E ] emitted from a radioactive source is
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