27 The electrostatic potential difference between points A and B, V-V Which are distances r=2.0 m and1.0 m from an infinitely long thin wire 1.0 pC/m is4-11 NC(1) 12.47 x 103 V(2-12.47 103 VX(3) 18 x 103 V(4)-18 x 103 V28. In the above situation (i.e., Q. 27), if an electron is released from rest at point A, it's speed at point B will-be(1) 6.6 x 107 m/s(2) 3.3x 107 m/ls(3) 1.1 x 107 m/s(4) 2.2x107 m/s

27 The electrostatic potential difference between points A and B, V-V

1.	27 The electrostatic potential difference between points A and B, V-V Which are distances r=2.0 m and1.0 m from an infinitely long thin wire 1.0 pC/m is4-11 NC(1) 12.47 x 103 V(2-12.47 103 VX(3) 18 x 103 V(4)-18 x 103 V28. In the above situation (i.e., Q. 27), if an electron is released from rest at point A, it's speed at point B will-be(1) 6.6 x 107 m/s(2) 3.3x 107 m/ls(3) 1.1 x 107 m/s(4) 2.2x107 m/s
Answer» 27 The electrostatic potential difference between points A and B, V-V Which are distances r=2.0 m and1.0 m from an infinitely long thin wire 1.0 pC/m is4-11 NC(1) 12.47 x 103 V(2-12.47 103 VX(3) 18 x 103 V(4)-18 x 103 V28. In the above situation (i.e., Q. 27), if an electron is released from rest at point A, it's speed at point B will-be(1) 6.6 x 107 m/s(2) 3.3x 107 m/ls(3) 1.1 x 107 m/s(4) 2.2x107 m/s