Home
Class 8
CHEMISTRY
Shell closest to the nucleus carries the...

Shell closest to the nucleus carries the Lowest amount of energy.

Text Solution

Verified by Experts

The correct Answer is:
F
Promotional Banner

Topper's Solved these Questions

  • ATOMIC STRUCTURE

    ICSE|Exercise EXERCISES (Fill in the blanks) |5 Videos

  • ATOMIC STRUCTURE

    ICSE|Exercise EXERCISES (Match the following) |1 Videos

  • ATOMIC STRUCTURE

    ICSE|Exercise EXERCISES (Multiple choice questions) |5 Videos

  • CARBON & ITS COMPOUNDS

    ICSE|Exercise OBJECTIVE TYPE QUESTIONS|23 Videos

Similar Questions

Explore conceptually related problems

The farthest shell from the nucleus contains the least energy.(T/F)

Which blood vessel carries least amount of urea?

Which of the following statements is not true about nuclear energy generation in a nuclear reactor? (A) Energy is obtained by a process called nuclear fission. (B) The nucleus of Uranium is bombarded with high energy neutrons. (C) A chain reaction is set in the process. (D) In this process a tremendous amount of energy is released at a controlled rate.

Which of the following statement(s) is//are consistent with the Bohr theory of the atom (and no other)? (1) An electron can remain in a particular orbit as long as it continuously absorbs radioation of a definite frequency. (2) The lowest energy orbits are those closest to the nucleus. (3) All electrons can jump from the K shell to the M shell by emitting radiation of a definite frequency.

An electron-positron pair is produced when a gamma -ray photon of energy 2.36MeV passes close to a heavy nucleus. Find the kinetic energy carried by each particle produced, as well as the total energy with each.

Statement-1 : Ionization energy of s-electrons are more than the p-electrons for the same shell. Statement-2 : s electrons are closer to the nucleus than p-electrons, hence, more tightly attached.

What is the distance of closest approach to the nucleus for an alpha -particle of energy 5 MeV which undergoes scattering in the Gieger-Marsden experiment.

In the figure two concentric conducting shells of radius R & 2R are shown. The inner shell is charged with Q and the shell is unchanged. The amount of energy dissipated when the shells are connected by a conducting wire is: