Three charges are placed in a line as shown in the image below. Treat forces directed to the LEFT as NEGATIVE, and forces directed to the RIGHT as PDSITIVE. | 2.00 m I 3 III m I B :1 m :r. "' a) What is the electrostatic force acting on Charge A due to Charge B? I. .l N b) What is the electrostatic force acting on Charge A due to Charge C? I IN c) What is the net electrostatic force acting on Charge A? I N Please answer all parts of the question. Three charges are placed in a line as shown in the image below. Treat forces directed to the LEFT as l'llEGATI'll'EJr and forces directed to the RIGHT as POSITIVE. a) What is the electrostatic force acting on Charge B clue to Charge A? l IN b} What is the electrostatic force acting on Charge B due to Charge C? l IN c) What is the net electrostatic force acting on Charge B? I I N Charge A has a charge of -2.5[i uC and is LSD m to the left of Charge B, which has a charge of +3.20 uC. Charge Bis 1.?0 m to the left of a third charge (Charge C}, which has a charge of -1.60 uC. All three charges are coIinear. Watch your units! a) 1What is the net electrostatic force on Charge B? (4 marks) b) What is the net electrostatic force on Charge C? (4 marks) Summarize your answers below, then show all work done to find the answers. Upload work done on separate paper. 5 Paragraph V B I 55 l3; @ r; ET E a] The net electrostatic force on Charge B is: b] The net electrostatic force on Charge C is: Path: p Maxirn um size for new les: 2 GB [:1 .t. 555 I An equilateral triangle with side length of 0.200 m has three charges of -2.50 JC each, situated on the vertices of the triangle. Use the following arrangement to visualize: 13 d Calculate the net electrostatic force on each charge. Summarize your answers below, then show all work