Two point charges +q=1 μC and −q=−1 μC with mass m=1 g are fixed at the positions ±r⃗ 0 with |r0|=1 m. The charges are released from rest at t=0. Find the time τ in seconds at which they collide.Hint: Can you do it without integrating by using Kepler's laws?

1/4pienot =9 *10^9 m/F

6 answers

Coulomb’s Law:
F=k•q₁•q₂/r² =…
F=ma => a=F/m=…
r=at²/2
t=sqrt{2r/a)=…
no not this way its accelaration is continuously increasing so integration is required......
whats the answer
what ia answer?please help.
0.74
HOW DID U GET THAT?
Similar Questions
  1. Two identical point charges(q �= �7.20 x 10^�6 C) are fixed at diagonally opposite corners of a square with sides of length
    1. answers icon 5 answers
  2. When would force lines connect two charges?(1 point)Responses if the charges were both negative if the charges were both
    1. answers icon 7 answers
  3. Which of the following statements about electrical charges is true?(1 point)Responses Like charges and opposite charges have no
    1. answers icon 1 answer
    1. answers icon 1 answer
more similar questions