Calculate coulomb force between two alpha particles when at a distance of 10^-13m from eachother charge of an alpha particle is 3.2×10^-12C. If mass of each particle is 6.08×10^-27kg(take k= 9×10^-9 and G=6.67 ×10^-11
Answers
Answered by
10
• According to given question :
EliteSoul:
Nice bro.
Answered by
14
Answer:
- Coulomb Force will be 9.216 × 10¹² N
Given:
- Charge (q) = 3.2 × 10^{- 12} C
- Separation (r) = 10^{-13} m
Explanation:
____________________________
Here, we need to just simply substitute the values in the Coulombs formula.
From the formula we know,
F = K q q / r²
Here,
- F Denotes force.
- K Denotes constant.
- q Denotes charges.
- r Denotes separation.
Now, refer the attachment for calculations.
∴ Coulomb force will be 9.216 × 10¹² N.
____________________________
The Force will be repulsive as both have same signs and we know that like charges repel each other.
____________________________
Attachments:
Similar questions