Title: work to assemble
Course: Physics copy 1

Q: In a two particle system, one particle has a charge of 2 uC and is a distance of 0.7 m away from a second particle carrying a charge of 1 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.026

Q: In a two particle system, one particle has a charge of 3 uC and is a distance of 0.8 m away from a second particle carrying a charge of 6 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.2

Q: In a two particle system, one particle has a charge of 7 uC and is a distance of 0.9 m away from a second particle carrying a charge of -7 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.49

Q: In a two particle system, one particle has a charge of 5 uC and is a distance of 1 m away from a second particle carrying a charge of 2 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.09

Q: In a two particle system, one particle has a charge of 4 uC and is a distance of 0.9 m away from a second particle carrying a charge of 3 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.12

Q: In a two particle system, one particle has a charge of 5 uC and is a distance of 0.8 m away from a second particle carrying a charge of 3 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.17

Q: In a two particle system, one particle has a charge of 5 uC and is a distance of 0.5 m away from a second particle carrying a charge of 1 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.09

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 0.8 m away from a second particle carrying a charge of -1 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.068

Q: In a two particle system, one particle has a charge of 8 uC and is a distance of 0.9 m away from a second particle carrying a charge of -5 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.4

Q: In a two particle system, one particle has a charge of 3 uC and is a distance of 0.5 m away from a second particle carrying a charge of -7 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.38

Q: In a two particle system, one particle has a charge of 4 uC and is a distance of 0.5 m away from a second particle carrying a charge of -4 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.29

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 0.7 m away from a second particle carrying a charge of -2 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.15

Q: In a two particle system, one particle has a charge of 2 uC and is a distance of 0.6 m away from a second particle carrying a charge of -2 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.06

Q: In a two particle system, one particle has a charge of 3 uC and is a distance of 1 m away from a second particle carrying a charge of 1 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.027

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 0.5 m away from a second particle carrying a charge of 3 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.32

Q: In a two particle system, one particle has a charge of 7 uC and is a distance of 0.6 m away from a second particle carrying a charge of -1 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.1

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 0.8 m away from a second particle carrying a charge of 6 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.41

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 1 m away from a second particle carrying a charge of 4 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: 0.22

Q: In a two particle system, one particle has a charge of 8 uC and is a distance of 0.5 m away from a second particle carrying a charge of -5 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.72

Q: In a two particle system, one particle has a charge of 2 uC and is a distance of 0.6 m away from a second particle carrying a charge of -5 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.15

Q: In a two particle system, one particle has a charge of 3 uC and is a distance of 0.6 m away from a second particle carrying a charge of -5 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.23

Q: In a two particle system, one particle has a charge of 8 uC and is a distance of 0.9 m away from a second particle carrying a charge of -3 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.24

Q: In a two particle system, one particle has a charge of 6 uC and is a distance of 0.5 m away from a second particle carrying a charge of -4 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.43

Q: In a two particle system, one particle has a charge of 7 uC and is a distance of 0.5 m away from a second particle carrying a charge of -6 uC.

The work required to assemble this system of particles, if they were initially seperated by a great distance 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.
A: -0.76