5) electric field due to q1 = kq1/r^2
= 9*10^9*48*10^-12 / 0.04^2
= 270 N/C (in + ve y-direction)
electric field due to q2 = kq2 / r^2
= 9*10^9*100*10^-12/ 0.05^2
= 360 N/C (in +ve x-direction)
net EF = sqrt(270^2 + 360^2) = 450 N/C
b) direction = tan^-1 ( 360/270) = 53.13 o above the x-axis in counter clock wise direction
c) magnitude of electric force = qE = 20*10^-12*450 = 9*10^-9 N
d) direction will same as that of electric field = 53.13 o above the x-axis in counter clock wise direction
Two charges are arranged as shown in Figure Q1.1. Charge q, -48 pC is located on...
Two charges are arranged as shown in Figure Q1.1. Charge q1-48 pC is located on the positive y-axis at y 4.0 cm. Charge q2-100 pC is located on the positive x-axis at x -5.0 cm 91-48 pC 4.0 cm 5.0 cm q, =-100 pC 0 Figure Q1.1 Question6 1 pts Calculate the direction [in degrees] of E, the total electric field at the origin. Question7 1 pts A charge 43 20 pC is located on the origin. Calculate the magnitude...
Two charges are arranged as shown in Figure Q1.1. Charge q1--48 pC is located on the positive y-axis at y 4.0 cm. Charge q2-100 pC is located on the positive x-axis at x 5.0 cm 91-48 pC 4.0 cm 5.0 cm 2-100 pC Figure Q1.1 Question7 1 pts A charge 43 -20 pC is located on the origin. Calculate the magnitude [in N] of force F on 93 Question 8 1 pts A charge q3 20 pC is located on...
Two charges are arranged as shown in Figure Q1.1. Charge q- -48 pC is located on the positive y axis at y-4.0 cm. Charge q,--100 pC is located on the positive x-axis at x-5.0 cm. Grades eople onferences 9,48 pC hat Time 4.0 cm 17 N 5,0㎝ 9:"-100 pc Figure Q1.1 | Question 1 1 pts Calculate the magnitude (in N/C) of E, the electric field at the origin due to q
Two equal positive charges are arranged on coordinate axis as
shown. The charges are located 3.00 cm above and below the origin.
Calculate the potential difference associated with a displacement
on the x-axis from x= 4.00 cm to the origin.
Let q=1.00 nC
Electric Potential worksheet # 3 Problem Description Two equal positive charges are arranged on coordinate axis as shown. The charges are located 3.00 cm above and below the origin. Calculate the potential difference associated with a displacement...
5-Three charges q1-2.5 pC, q,--4.0 μC, and q,-3.6 pC are arranged at the corners of a rectangle as shown in the figure. Find the net electric field Enet at the forth free corner (magnitude and direction)? What is the electric force on a forth charge of -1uC located at that comer? q1 6 cm Chowemor 3 cm 0,03m s bas 43 135 blu eonstaio ross
Two point charges are on the y axis. A 5.70-pC charge is located at y = 1.25 cm, and a-222-pC charge is located at y-_1.80 cm. (a) Find the total electric potential at the origin. (b) Find the total electric potential at the point whose coordinates are (1.50 cm, 0) Need Help? L- Read It
Two point charges lie along the x-axis as shown in Figure A. The positive charge q1 = 15.0 C is at x = 2.00 m, the negative charge q2 = - 25.0 C is at the origin. Find the resultant force acting on q3 =-10.0C, which is located at x = 5.0 m from q2.
Three point charges lie in the x-y plane as shown in the diagram below: q,-67.1 pC and is located at the origin; q2-33.7 pC and is located at x = 2.81 m and y = 0; 17.3 μC and is located at x = 1.61 m and y = 2.21 m. A force diagram showing the forces acting on q1 and a coordinate system are given in the diagram. g(m) 31 d2 F. 21 Calculate the y-component of the net...
Three point charges lie in the x-y plane as shown in the diagram below: q,-77.3 pC and is located at the origin; q2" 36.3pC and is located at x 2.21 m and y-0; q3 -20.3 μC and is located at x-1.21 m and y 2.41 m. A force diagram showing the forces acting on q1 and a coordinate system are given in the diagram. y(m) 31 2 F. 21 x (m) Calculate the y-component of the net electrostatic force acting...
Two positive charges are located on the x-axis, as shown in the figure. Q1 = +10 C and Q2 = +7 C. Where on the x-axis is the net electric field equal to zero? Q Q2 + X Between the two charges, but closer to Q1. Exactly midway between the two charges. Between the two charges, but closer to Q2. To the left of Q1. O O To the right of Q2.