Problem 1: What is the force F on the 1.0 nC charge at the bottom in Fig.1. Give your answer in component form. 2.0nC a) In Fig. 1, draw the vectors that represent the forces F₁, F2, and F3, exerted on the bottom charge by charges 1, 2, and 3, respectively. Pay attention to represent correctly the ratios between the magnitudes y of the forces (lengths of the vectors). Without doing calculations, try to predict the direction of the total force on the bottom charge (the total force is the vector sum of the individual forces, F = F₁+F₂ + F3). 5.0 cm X -6.0nC 2 45° 1.0nC -2.0nC 30 5.0 cm FIG. 1: The scheme for Problem 1
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- Part N The plates of a parallel-plate capacitor in vacuum are 1.40 mm apart and 2.35 m in area. The charge on the capacitor is 1.15 x 10-C. Calculate the surface charge density on the positive plate Express your answer in coulombs per meter squared. undo redo Tesa keyboard shortcuts Help C/m Submit Requeat Anawer • Part O Calculate the electric field magnitude between the plates. Express your answer with the appropriate units. undo redo fest keyboard shortcuts Help E- Value Units Submit Requent Anawer Part P Find the electric energy density between the plate Express your answer with the appropriate units. Templetes Symbols undo redo feser keyboard shortcuts Help Value Units Submit Request Anewer 11:35 2 A DA/29 25 Cop insert prt ba & 8 5 6 T. Y L J Tcan you solve only d pleaseanswer is not 0
- solve 2 and 3 A point charge q1 = -2.1 μC is located at the origin of a co-ordinate system. Another point charge q2 = 6.8 μC is located along the x-axis at a distance x2 = 7 cm from q1. 1) What is F12,x, the value of the x-component of the force that q1 exerts on q2? -26.2285N 2) Charge q2 is now displaced a distance y2 = 3 cm in the positive y-direction. What is the new value for the x-component of the force that q1 exerts on q2? N 3) A third point charge q3 is now positioned halfway between q1 and q2. The net force on q2 now has a magnitude of F2,net = 7.4 N and points away from q1 and q3. What is the value (sign and magnitude) of the charge q3? μCAll go together.I need help with this question. After you finish with the problem could you explain how you got the answer(s)? And draw any diagrams if necessary. Thank you
- L/2+ L/2 Note: Figure not drawn to scale. 1. A very long, thin, nonconducting cylinder of length L is centered on the y-axis, as shown above. The cylinder has a uniform linear charge density +2.. oint. is located on the y-axis at y = c, where L >> ¢. a) Kecling.c Abh ri gle Circle GEOMETRY AND TRIGONOMETRY i. On the figure shown below, draw an arrow to indicate the direction of the electric field at point F due to the long cylinder. The arrow should start on and point away from the dot. ii. escribe the shape and location of a Gaussian surface that can be used to determine the electric field at point P due to the long cylinder. iii. Use your Gaussian surface to derive an expression for the magnitude of the electric field at point P. E press your answer in terms of 2, c, L, and physical constants, as appropriate. A==bh A = r² C = 277 =r8 Rectangular Solid Vi h Cy.inder Sphere V = r²t Sm V=² S-427² sine Rig Triangle 2+6²=c² cos@= tan= +2 BIL a b C 2x. Q b ADVANCED PLACEMENT PHYSICS C…Show all your work. Pay attention to the number of significant digits. The uniform electric field 240N/C [right] performs work of 3.0J by moving a particle with the charge -0.61C from point of A to point B. a- Determine the electrical potential difference between final and initial point. b-What is the particle displacement (the magnitude and the direction)? 2.Two protons start at rest with a separation of 5.3x10-10 m. One of the protons is released and starts accelerating away from the second proton. Calculate the maximum velocity of the moving proton.PROBLEM 1 Refer to figure 1 below. Three charges, 9₁, 92 and q3 are located equidistant from the point O. Determine the relationship between the ratio of 23 and the angles and ₂ such that the electric field 91 at is 0. (Note that trigonometric functions may be used to describe the relationship). I. II. III. IV. V. VI. 92 Figure 1 Draw and appropriate co-ordinate system to solve the problem. Using your co-ordinate system write the magnitudes and directions of the electric fields from the 3 charges. Using the notation E = |E|î write the vector sum of the electric field at point 0. Solve the E equation for 92. Use this value of q2 in the If q₁ =q2 = q, determine a new relationship between 23 in terms of the angles 0₁ and 0₂. q (0₂ equation to solve for the ratio 2³ in terms of the angles and 0₂. 91 r r 91 93