The two point charges, Q = -24.5 nC, and q = -71.3 nC, are located a distance, d = 8.3 mm apart, with charge q oriented at an angle, 33°, above the horizontal as shown in the figure. Use the standard unit vectors (1,ĵ) indicated in the diagram. 1. Force on Charge q (a) Calculate the magnitude and direction (i.e. angle) of the electric force exerted ON q by Q. Fq= F₁ = Submit (b) Find the horizontal and vertical components of the electric force on q, then write it in unit vector form. FQ= Nat FQ = IN)₁+( 2. Force on Charge Q (a) Calculate the magnitude and direction (i.e. angle) of the electric force exerted on Q by q Submit from the +x axis. Nat N) ₁ ° from the +x axis. (b) Find the horizontal and vertical components of the electric force on q, then write it in unit vector form. 9 (¯N) î+ (¯N)Ĵ

The two point charges, Q = -24.5 nC, and q = -71.3 nC, are located a distance, d = 8.3 mm apart, with charge q oriented at an angle, 33°, above the horizontal as shown in the figure. Use the standard unit vectors (1,ĵ) indicated in the diagram. 1. Force on Charge q (a) Calculate the magnitude and direction (i.e. angle) of the electric force exerted ON q by Q. Fq= F₁ = Submit (b) Find the horizontal and vertical components of the electric force on q, then write it in unit vector form. FQ= Nat FQ = IN)₁+( 2. Force on Charge Q (a) Calculate the magnitude and direction (i.e. angle) of the electric force exerted on Q by q Submit from the +x axis. Nat N) ₁ ° from the +x axis. (b) Find the horizontal and vertical components of the electric force on q, then write it in unit vector form. 9 (¯N) î+ (¯N)Ĵ