Question:
For uranium nucleus. Find relation between mass and volume
For uranium nucleus. Find relation between mass and volume
Updated On: Jun 21, 2024
- m ∝ v
- m ∝\(\sqrt{v}\)
- m ∝ v2
- m ∝ \(\frac{1}{v}\)
Show Solution
Verified By Collegedunia
The Correct Option is A
Solution and Explanation
The correct option is (A): m ∝ v.
Was this answer helpful?
0
0
Top JIPMER MBBS Physics Questions
- Dimension of force is
- Which is wrong dimension ?
- A vernier least count 0.1 mm percentage error in volume of cube of side 30 mm.
- If current in inductor of 5 mH varying as I = t2.e-2t then find time after which voltage drop across inductor become zero.
- In YDSE S1 and S2 has intensity I and 9I. Find difference in intensity b/w point which has phase difference of π/2 and π.
View More Questions
Top JIPMER MBBS Nuclear physics Questions
- Which of the following represents isotope, isobar isotones respectively ?
- When the radioactive isotope \(_{88}Ra^{226}\) decays in a series by emission of three alpha \((α)\) and a beta \((β)\) particle, the isotope \(X\) which remains undecay is
- Radioactive decay will occur as follows:
\(_{86}^{220}Rn→_{84}^{216}Po+_2^4He\); Half life = 55s
\(_{84}^{216}Po→_{82}^{216}Pb+_2^4He\); Half life = 0.66s
\(_{82}^{812}Pb→_{82}{212}BL+λ^oe\); Half life = 10.6 h
If a certain mass of radon (Rn=220) is allowed to decay in a certain container; then after 5 minutes the element with the greater mass will be - A nucleus \(_Z^AX\) has mass represented by \(m(A, Z)\). If \(m_p\) and \(m_n\) denote the mass of proton and neutron respectively and BE the binding energy (in MeV) then,
- The half-life period of a radioactive element X is same as the mean life of another radioactive element Y. Initially, both of them have the same numbers of atoms then,
View More Questions
