Two particles, A and B, are held in place on a table. Particle A is located at (2 meters, 0 meters) and has a charge of +5 coulombs. Particle B is located at (0 meters, 4 meters) and has a charge of -7 coulombs. A third particle, C, is then added to the table at (0 meters, 0 meters) and is free to move without friction. Particle C has a charge of 2.5 coulombs and a mass of 10 kilograms.

QUESTION 14.1 What is the force on Particle C, expressed in unit-vector form? F = Fai + Fjj FX=F_X= A Choose an answer B Choose an answer Fy = F_y= C Choose an answer V D Choose an answer Choose an answer . 5 points V QUESTION 14.2 What is the instantaneous acceleration experienced by Particle C, expressed in unit-vector form? "a=ax^i+ay^j\\vecfa}=a_x\\hat{i}+a_y\\hat{j} ax=a_x= A Choose an answer B Choose an answer ay=a_y= C Choose an answer D Choose an