Question 6.6 only!!! • 6.3 A proton a force of 1.00 µuN to the east. What are the magnitude- 6.5 Two particles of charges 15 µC and 20 µC are situated 5.0 cm apart. At• 6.4 An electron experiences a force of 22.0 kN at 38° south of west. What are-1/3-e. If the radius of a proton is approximately .805 fm, estimate the magnitudeof the repulsive electric force between the two up quarks. Estimate the magnitude· 6.8 It is currently theorized that a proton is actually composed of three particlescalled quarks: two “up" quarks of charge +2/3.e and one "down" quark of charge· 6.9 You are performing an experiment on an electric dipole in which the negativeof the attractive electric force between one of the up quarks and the down quark.6.106.1 A charge-neutral gas is oiWhat is the charge of the gas?electrons.of the gas?a distaeach prelectinthe electhe z- 6.116.12-42.0 µC are- 6.115.7 Nthe lirring?.. 6.1electrcondu13Figure P.6.1. Figure for Problem 4.6.by wlthe e!increasituated on the corners of a square of side l = 1.0 m as in Figure P.6.1. What isthe net electric field in the empty corner of the square?. 6.7 Given the data from the previous problem, if a particle of charge –31.0 µCwere placed in the empty corner of the square of Figure P.6.1, what force (mag-nitude and direction) would it experience?6.1a poiis the(a)(b)(c)(d)charge has an extra 5.78 × 1010 electrong(e)an6.Thea raelbe seside of.. 6.10culate

what 6.6 Three particles of charges q1 = 93 = 15.0 µC and 42 = -42.0 µC are %3D 6.1 12 15.7 N the lir ring? 6.1 electr condu 13 increa Figure P.6.1. Figure for Problem 4.6. by wl the el situated on the corners of a square of side l = 1.0 m as in Figure P.6.1. What is the net electric field in the empty corner of the square? |3D 6.1 .. a poi is the 6.7 Given the data from

what 6.6 Three particles of charges q1 = 93 = 15.0 µC and 42 = -42.0 µC are %3D 6.1 12 15.7 N the lir ring? 6.1 electr condu 13 increa Figure P.6.1. Figure for Problem 4.6. by wl the el situated on the corners of a square of side l = 1.0 m as in Figure P.6.1. What is the net electric field in the empty corner of the square? |3D 6.1 .. a poi is the 6.7 Given the data from

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Concept explainers

Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

Question 6.6 only!!!

• 6.3 A proton a force of 1.00 µuN to the east. What are the magnitude
- 6.5 Two particles of charges 15 µC and 20 µC are situated 5.0 cm apart. At
• 6.4 An electron experiences a force of 22.0 kN at 38° south of west. What are
-1/3-e. If the radius of a proton is approximately .805 fm, estimate the magnitude
of the repulsive electric force between the two up quarks. Estimate the magnitude
· 6.8 It is currently theorized that a proton is actually composed of three particles
called quarks: two “up" quarks of charge +2/3.e and one "down" quark of charge
· 6.9 You are performing an experiment on an electric dipole in which the negative
of the attractive electric force between one of the up quarks and the down quark.
6.10
6.1 A charge-neutral gas is oi
What is the charge of the gas?
electrons.
of the gas?
a dista
each pr
elect
in
the elec
the z
- 6.11
6.12
-42.0 µC are
- 6.1
15.7 N
the lir
ring?
.. 6.1
electr
condu
13
Figure P.6.1. Figure for Problem 4.6.
by wl
the e!
increa
situated on the corners of a square of side l = 1.0 m as in Figure P.6.1. What is
the net electric field in the empty corner of the square?
. 6.7 Given the data from the previous problem, if a particle of charge –31.0 µC
were placed in the empty corner of the square of Figure P.6.1, what force (mag-
nitude and direction) would it experience?
6.1
a poi
is the
(a)
(b)
(c)
(d)
charge has an extra 5.78 × 1010 electrong
(e)
an
6.
The
a ra
el
be se
side of
.. 6.10
culate

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