Question:
Atomicity of oxygen in ozone molecule is:
Atomicity of oxygen in ozone molecule is:
Show Hint
The atomicity of a molecule refers to the number of atoms of the element present in a molecule.
Updated On: May 7, 2025
- 1
- 2
- 3
- 4
Hide Solution
Verified By Collegedunia
The Correct Option is C
Solution and Explanation
- Atomicity of Oxygen in Ozone (O₃) - The atomicity refers to the number of atoms of the element present in one molecule of a compound. In the case of ozone (O₃), the molecule consists of three oxygen atoms, so the atomicity of oxygen in ozone is 3.
Explanation:
The molecule of ozone (O₃) consists of three oxygen atoms bonded together. Therefore, the atomicity of oxygen in ozone is 3, as there are three oxygen atoms in one molecule of ozone.
Was this answer helpful?
1
0
Top Questions on Atoms
- State Bohr’s postulates and derive the expression for the radius of the \( n^{\text{th}} \) orbit.
- The distance of closest approach of an alpha particle from a nucleus when the alpha particle moves towards a nucleus with a kinetic energy 'E' is 'x'. The distance of closest approach when the alpha particle approaches the same nucleus with kinetic energy 0.4E is
- The ratio of wavelengths of second line in Balmer series and the first line in Lyman series of hydrogen atom is
- The ratio of frequencies of second line of Lyman series and third line of Balmer series of hydrogen atom is:
- Prove that, in the Bohr model of the hydrogen atom, the time period of revolution of an electron in the \( n \)-th orbit is proportional to \( n^3 \).
View More Questions
Questions Asked in OJEE exam
- The speed of a projectile is half of its initial speed at maximum height. Then, the angle of projection will be
- OJEE - 2025
- Projectile motion
In the system shown below, $x(t)=\sin(t)u(t)$. In steady-state, the response $y(t)$ will be
- OJEE - 2025
- Frequency response
- The response of a network is $i(t) = K t e^{-\alpha t}$ for $t \ge 0$, where $\alpha$ is real and positive. The value of $t$ at which $i(t)$ will become maximum is,
- OJEE - 2025
- Network Theorems
The time constant of the network shown in the figure is
- OJEE - 2025
- Network Theorems
The parallel RLC circuit shown in the figure is in resonance. In this circuit,
- OJEE - 2025
- AC Circuits
View More Questions