Its number 4, I need help determining part c and d. whose normal to the area is

Question

Its number 4, I need help determining part c and d.

whose normal to the area is c + d, where m, n, c, and d are scalar constants. Find the electric flux that passes through the area A Three charges are placed as shown in Figure 1. The magnitude of q1 is 4, but its sign and the charge q2 are not known. The charge q3 = +1, and the resultant force on q3 is entirely in the -x direction Considering the different possible signs of q1 and q2, there are four possible force diagrams representing the forces F13 and F23 that q1 and q2 exert on q3. Sketch these possible force configurations Using the sketches above, deduce the signs of the charges q1 and q2 Calculate the magnitude of q2 Determine F A positive charge is uniformly distributed (with surface charge density sigma coulombs/m) over an infinite vertical plane. Another infinite plane identically charged is located a distance d from

Explanation / Answer

At q3 equate the vertical components of forces F1 and F2

i.e, F1 sin (53) = F2 sin(37)

1/4pie q2q3 sin(53)/3^2 = 1/4pie q1q3 sin(37)/4^2

16q2 sin(53) = 9q1 sin(37)

q2 = 9/16 q1 sin(37)/sin(53)

= 9/16*(-4)*3/5*5/4

= -27/16

= -1.6875

F= F1 cos(53)+F2cos(37)

= 1/4pie [(q2q3)/9 cos53 + (q1q3)/16 cos(37)]

= 9x10^9 * [(-27/16)/9*3/5 - 4/16 * 4/5 ]

= 9x10^9x[-9/80 - 1/5]

= -25/80x9x10^9

= - 2.8125x10^9 N

Related Questions

Navigate

• Browse (All)
• Browse I
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.