Suppose there are two charged particles q_1 and q_2, where q_2 has a positive ch

Question

Suppose there are two charged particles q_1 and q_2, where q_2 has a positive charge and q2 has a negative one. What are two things that will increase the magnitude of the force between the particles? Increasing the mass (m) Increasing the amount of charge (q_i) of the particles Increasing the distance between the particles (r) Decreasing the distance between the particles (r) Making q_2 a positive charge Suppose there are two charged particles q_1 and q_2, where q_1 has a positive charge and q_2 has a negative one. Consider the case when q_1 =0.0078 C, q_2 = -0.0062 C and r = 0.0078 m. Determine the force between the particles. Coulomb's constant: k_e = 8.99 10^9 N m^2C^-2

Explanation / Answer

1) B) INCREASING THE AMOUNT OF CHARGE (Qi) OF THE PARTICLES

D) DECREASING THE DISTANCE BETWEEN THE PARTICLES

2) F=K*Q1*Q2/R^2

=> F=8.99*10^9*0.0078*(-0.0062)/(0.0078)^2

=>F= -7.146*10^9 N answer

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