Use the following constants if necessary. Coulomb constant, k= 8.987 × 10º N - m² /C¥acuum permitivity. eo = 8.854 x 10-12 F/rMagnitude of the Charge of one electron, e =-1.60217662 × 10 19 CMass of one electron, m. = 9.10938356 × 10 31 kgThe gravitational acceleration near the surface of Earth g=9.8 m/sUnless specified otherwise, each symbol carries their usual meaning. For example. µCmeans micro coulomb ceiling L step 1: Two small identically charged conducting spheres 1 and 2 of equal mass are hung from a fixed support with non conducting threads of equal length as shown in the figure. Both the spheres have equal mass m = m2 = mand equal charge q = 2= qAssume that the charge of each sphere is q = 36 nC, the length of the thread is L = 228 cmend the horizontal separation is z = 20 cm You must draw the figure properly in your pdf. The x and y directions are shown in the figure. You have the liberty to choose any point as the origin of your coordinate system. (Hint: You may find it convenient to choose q or 2 as the origin of your coordinate system.) a)Find out the mass of each sphere. mass of each sphere in S. I.unit Give your answer to at least three significance digits.
Use the following constants if necessary. Coulomb constant, k= 8.987 × 10º N - m² /C¥acuum permitivity. eo = 8.854 x 10-12 F/rMagnitude of the Charge of one electron, e =-1.60217662 × 10 19 CMass of one electron, m. = 9.10938356 × 10 31 kgThe gravitational acceleration near the surface of Earth g=9.8 m/sUnless specified otherwise, each symbol carries their usual meaning. For example. µCmeans micro coulomb ceiling L step 1: Two small identically charged conducting spheres 1 and 2 of equal mass are hung from a fixed support with non conducting threads of equal length as shown in the figure. Both the spheres have equal mass m = m2 = mand equal charge q = 2= qAssume that the charge of each sphere is q = 36 nC, the length of the thread is L = 228 cmend the horizontal separation is z = 20 cm You must draw the figure properly in your pdf. The x and y directions are shown in the figure. You have the liberty to choose any point as the origin of your coordinate system. (Hint: You may find it convenient to choose q or 2 as the origin of your coordinate system.) a)Find out the mass of each sphere. mass of each sphere in S. I.unit Give your answer to at least three significance digits.
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Transcribed Image Text:Use the following constants if necessary. Coulomb constant, k = 8.987 × 10º N - m²/C%acuum permitivity, €o = 8.854 × 10 1² F/TMagnitude of
the Charge of one electron, e = -1.60217662 × 10 19 CMass of one electron, mẹ = 9.10938356 × 10 31 kgThe gravitational acceleration near the
surface of Earth g = 9.8 m/sUnless specified otherwise, each symbol carries their usual meaning. For example, µCmeans micro coulomb
ceiling
L
92
step 1: Two small identically charged conducting spheres 1 and 2 of equal mass are hung from a fixed support with non conducting threads of equal
length as shown in the figure. Both the spheres have equal mass m1 = m2 = mand equal charge q1 = 92 = qAssume that the charge of each sphere is
q = 36 nC, the length of the thread is L= 228 cmand the horizontal separation is x = 20 cm
You must draw the figure properly in your pdf. The x and y directions are shown in the figure. You have the liberty to choose any point as the origin of
your coordinate system. (Hint: You may find it convenient to choose q1 or q2 as the origin of your coordinate system.)
a)Find out the mass of each sphere.
mass of each sphere in S. I.unit
Give your answer to at least three significance digits.
Transcribed Image Text:step 2: Now, say we discharge sphere 2, without changing any other variables. Discharging means that the new charge of the sphere 2 is q = 0 Explain
what will happen in your script and answer the followings:
b)What will be the new charge of the spheres after they reach equilibrium from step 2.
charge of sphere 1
Give your answer to at least three significance digits.
C
charge of sphere 2
Give your answer to at least three significance digits.
c)What will be the new separation of the spheres after they reach equilibrium from step 2. Hint: Use small angle approximation.
equilibrium separation
Give your answer to at least three significance digits.
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