Two objects, the first (Object 1) with a charge of +4Q and the second (Object 2)...

 

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Two objects, the first (Object 1) with a charge of +4Q and the second (Object 2) with a charge of -2Q, are separated by a distance d as shown. A third object (Object 3) with a charge of -q is a distance d away from Object 2, also as shown. +4Q (-20 Object 1 Object 2 Object 3 -d > d> +q (+4Q (-20 Object 1 Object 2 New Object 3 If we replace Object 3 with a new object with a charge of +q, what are the directions of the E-field due to both Object 1 and Object 2 at the point occupied by the New Object 3 and the net force exerted by both Object 1 and Object 2 on the New Object 3? Direction of E-field: I Select) Direction of force: I Select ] Two objects, the first (Object 1) with a charge of +4Q and the second (Object 2) with a charge of -2Q, are separated by a distance d as shown. A third object (Object 3) with a charge of -q is a distance d away from Object 2, also as shown. +4Q (-20 Object 1 Object 2 Object 3 -d > d> +q (+4Q (-20 Object 1 Object 2 New Object 3 If we replace Object 3 with a new object with a charge of +q, what are the directions of the E-field due to both Object 1 and Object 2 at the point occupied by the New Object 3 and the net force exerted by both Object 1 and Object 2 on the New Object 3? Direction of E-field: I Select) Direction of force: I Select ]