Title: EPE 04
Course: Physics copy 1

Q: A point charge of magintiude q_1= 7 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.7 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 37000

Q: A point charge of magintiude q_1= 6 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.2 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 45000

Q: A point charge of magintiude q_1= 4 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.8 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 20000

Q: A point charge of magintiude q_1= 8 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.9 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 38000

Q: A point charge of magintiude q_1= 5 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.3 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 35000

Q: A point charge of magintiude q_1= 8 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.2 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 60000

Q: A point charge of magintiude q_1= 2 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.6 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 11000

Q: A point charge of magintiude q_1= 5 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.4 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 32000

Q: A point charge of magintiude q_1= 4 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.4 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 26000

Q: A point charge of magintiude q_1= 6 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.5 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 36000

Q: A point charge of magintiude q_1= 6 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 54000

Q: A point charge of magintiude q_1= 2 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.3 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 14000

Q: A point charge of magintiude q_1= 3 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 27000

Q: A point charge of magintiude q_1= 8 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.6 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 45000

Q: A point charge of magintiude q_1= 2 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 2 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 9000

Q: A point charge of magintiude q_1= 3 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.3 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 21000

Q: A point charge of magintiude q_1= 3 uC generates an electric field. The potential energy of the system if one Coulomb of charge is placed at a distance of 1.8 m from the q_1 is _____ J. Take k (Coulomb's constant) as 9e+9 $$\frac{n \cdot m^2}{c^2}$$. enter your answer correct to two significant digits. | [Image: 1 Coulomb of charge brought from infinity]
A: 15000