Part A Determine the magnitude of the electric field E at the origin 0 in the figure(Figure 1) due to the two charges at A and B. Express your answer in terms of the variables Q, I, k, and appropriate constants. ΑΣφ ? E1 = Submit Request Answer • Part B Determine the direction of the electric field E at the origin 0 in the figure due to the two charges at A and B.
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Part (a)
The diagram is as shown below:
The expression for electric field in x direction is:
The expression for electric field in y direction is:
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- Please solve min 3-4 parts , if not all The charges q1, q2, q3, and q4 lie at the corner points of the cube as shown in the figure above. The position of the charge q3 is at the center of the coordinates. If the length of the side of the cube a = 1m and the magnitude of the electric charge q1 = q3 = 1 nC, q2 = q4 = -1 nCa. Draw all the electric forces and electric fields on charge q3b. Write down the position vectors of the electric force and electric field of all charges with respect to q3c. Determine the unit vector of the position vector in problem b!d. Calculate the electric force vector and electric field of each on charge q3!e. Calculate the vector total/result of electric force and electric field on charge q3!f. Determine the magnitude and direction of the force and electric field on charge q3 (F3 and E3) Need in rush Thank youThe angle between the two short sides is 90°. The two short sides of the triangle have length a. Investigate the net force on the charge (q) in the lower right corner due to the other two charges (q, -q). As needed, assume a right-handed coordinate system shown below: (A) What is the magnitude of the net force on the charge in the lower right corner due to the other charges? Use symbols for the answer. (B) Make a sketch of the net force vector on the x-y axes below with the tail of the arrow at the origin. Label the angle with the x-axis. What quadrant does the vector lie in? Your picture should indicate the correct quadrant.A charge Q1 = +3 μC is located at (-5 cm, 0) while charge Q2 = -4 μC is located at (0, +5 cm). These are the two white charges in the diagram at right. a) What is the electric field at the origin (0, 0) due to these two charges? b) If a third charge of 5 μC (the gray charge) is placed at the point (-4 cm, 3 cm), what will now be the electric field at the origin?
- Two tiny spheres, A and B are situated along the x-axis with qA = 1 nC at the origin and qB = -1 nC at x = 1.0 m. Where could you put a third charge qC =1 nC so that the net force on qC is zero? Please give your answer in meters. You can get partial credit if you draw a diagram and explain your reasoning.Determine the magnitude of the electric field E⃗ at the origin 0 in Figure 1 due to the two charges at A and B. Express your answer in terms of the variables Q, l, k, and appropriate constants. Determine the direction of the electric field E⃗ at the origin 0 in the figure due to the two charges at A and B. Repeat A, but let the charge at B be reversed in sign. Express your answer in terms of the variables Q, l, k, and appropriate constants. Repeat B, but let the charge at B be reversed in sign.Three charges with q=7.5 micro C are located as shown in figure below,with L=25cm.(a)what are the magnitude and direction of the total electric force on the charge at the bottom?.(b)What are the magnitude and direction of the total electric force on the charge at the right?your reasoning.
- Part A: What is the strength of the electric field at the position indicated by the dot in (Figure 1)? Part B: What is the direction of the electric field at that position? Specify the direction as an angle above the horizontal line.Shown in the figure below is a collection of two charges labeled as q1 and q2. Also labeled is the "Point P", which is where we will do our calculations. To understand the notation, please note the following: The vector E1 means the electric field at P due only to q1. The vector E2 means the electric field at P due only to q2. The vector Etot means the total electric field at P due to all charges. Item Charge (C) (x,y) m P None ( 6.58 , 0.00 ) q1 -6.42e-06 ( -2.48 , 0.00 ) q2 3.57e-06 ( 1.03 , 1.41 ) Determine the distance from q1 to P: r1 = Determine the distance from q2 to P: r2 = Determine the magnitude of E1. | E1 | = Determine the magnitude of E2. | E2 | = Fill in the following table with all the appropriate components: Item x-component (N/C) y-component (N/C) E1 E2 EtotWhat is the strength in (N/C) of the electric field at the position indicated by the dot in the diagram above? The charge on the points labeled A and A* is +1.57 nC. The x distance is 8.99 cm. What is the angle (in degrees) of the electric field at the position indicated by the dot in the diagram above? Take the point to be the origin and the angle is measured counterclockwise from the horizontal axis away from A.
- 1. How many electrons make up a charge of 56 nC (nanoCoulomb)? If these are made of copper atoms, how many atoms would there be? 2. What is the magnitude of the electric force of attraction between uranium nucleus and its innermost electron if the distance between them is 8.9x10 pm (picometers)? Express your final answer in scientific notation. 3. A hypothetical plane of equilateral hexagon has six charged particles on each of its vertices. If Q1 has a charge of 7nC (nanoCoulomb) and there is an increasing amount of charge per each vertex by a factor of seven up to Q6, what would be the net force experienced by Q1? Assume that the charge sign alternates from positive to negative, starting on Q1. *these 3 questions have no correlations to one another.Given the diagram where q1 is the positive and q2 is the negative charge, while q0 is (0,d), answer the following: a.) What is the net electric field at q0? b.) What would be the electric force acting on charge q0?What is the ratio of the magnitude of the electric field at observation point D to the magnitude of the electric field at observation point C? What is the ratio of the magnitude of the electric field at observation point E to the magnitude of the electric field at observation point D? What is the ratio of the magnitude of the electric field at observation point F to the magnitude of the electric field at observation point C?