Title: EPE 02
Course: Physics copy 1

Q: Two point charges q_1= 2 uC and q_2 =-2 uC are brought to a separation of 0.5 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.072

Q: Two point charges q_1= 3 uC and q_2 =-1 uC are brought to a separation of 0.9 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.03

Q: Two point charges q_1= 8 uC and q_2 =2 uC are brought to a separation of 0.8 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: 0.18

Q: Two point charges q_1= 8 uC and q_2 =-6 uC are brought to a separation of 0.7 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.62

Q: Two point charges q_1= 2 uC and q_2 =-5 uC are brought to a separation of 1 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.09

Q: Two point charges q_1= 7 uC and q_2 =2 uC are brought to a separation of 0.6 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: 0.21

Q: Two point charges q_1= 3 uC and q_2 =-3 uC are brought to a separation of 0.6 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.14

Q: Two point charges q_1= 8 uC and q_2 =4 uC are brought to a separation of 0.7 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: 0.41

Q: Two point charges q_1= 8 uC and q_2 =7 uC are brought to a separation of 0.9 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: 0.56

Q: Two point charges q_1= 7 uC and q_2 =-3 uC are brought to a separation of 0.6 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.32

Q: Two point charges q_1= 5 uC and q_2 =-2 uC are brought to a separation of 0.5 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.18

Q: Two point charges q_1= 3 uC and q_2 =6 uC are brought to a separation of 0.5 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: 0.32

Q: Two point charges q_1= 8 uC and q_2 =-1 uC are brought to a separation of 0.6 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.12

Q: Two point charges q_1= 2 uC and q_2 =-8 uC are brought to a separation of 0.6 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.24

Q: Two point charges q_1= 4 uC and q_2 =-1 uC are brought to a separation of 0.8 m from a large distance. The electric potential energy stored in the system 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: A charge brought from inifinity]
A: -0.045