Question

: Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside.

(a) Find the magnitude and direction of electric force between QC and QA




(b) Find the magnitude and direction of electric force between QC and QB




(c) Find the magnitude of electric force at point charge QC




(d) Find the direction of electric force at point charge QC

Answer 1

Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside.

Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside. (a) Find the magnitude and direction of electric force between QC and QA

Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside. (a) Find the magnitude and direction of electric force between QC and QA(b) Find the magnitude and direction of electric force between QC and QB

Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside. (a) Find the magnitude and direction of electric force between QC and QA(b) Find the magnitude and direction of electric force between QC and QB(c) Find the magnitude of electric force at point charge QC

Three point charges QC = − 50 μC, QA = − 30 μC, and QB = + 40 μC are held on their places as shown in figure beside. (a) Find the magnitude and direction of electric force between QC and QA(b) Find the magnitude and direction of electric force between QC and QB(c) Find the magnitude of electric force at point charge QC(d) Find the direction of electric force at point charge QC