ll Turkcell LTE19:59© %78HW 11HW 1Find the Electric fredd at the point P.L uniforady chorged rod).what would be the Electric field i :i) 2 >>Lii) LSS ZHint: Baomial expa sion (1ea)" x 1tnxt.--when X2L1© Find the olentác freld at the point P for setup bedow.dExelain the differences of resultsLa) and Lc)A Proton is projected with initial speed of i;. There is Electric fielda bore the plane and below it, E-o.anadogy for the proton's motron.Find proton's range in kerms of U; , m, 0, e, E.O Make an© How long the proton stay abore the plane? Is it possible forstayabore the plane forerer, cxplain? what if we bave electron instead of proton?toprotonThere are two setup; one has tovo protonsand the other has one edectrom and one l Turkcell LTE19:59@ %78HW 11abore the plane forerer, explain? what if we have edectron instead of protun?2 of 2There are two setup; one has tovo protonsand the otherr has one electron and onePro ton. (Protoas that are not a Hach ed are fixe)Dreaw free body diagram for hoth casesO Write spring constant for both casesín karms of 9. , d,y, mp me,( seperatron between charges large enough forthem no t to touch each other).O what ifany change? If there widd, draw free bucdy diagram again and find thenew spring constant.youhare spheres iastead of posat charges? wild thereThere are two beads which are idlenticad hesand charge, 9.@ what is the condítion for them to stayin equidibrium?Find the charge in terms of m,9, d, k, R,d.© Is it possible d-2R? why?mass, mمسسا

SOlution: Given that rod is charged uniformly. Point P lies as shown in the figure. Find the…

Answered: HW 1 OFind the Electric fredd at the…

HW 1 OFind the Electric fredd at the point P. L uniforaly chorged rod). what would be the Elctic field if: i) 2>L ii) LSS Z Hind: Baonial whso (tea)" x 1tnx t.. expension

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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Ising model of Ferromagnets

The Ising model is one of the easiest and most famous theoretical models for ferromagnetism in statistical mechanics. When a group of atomic spins aligns such that their magnetic moments are pointed in the same direction and produce a strong permanent magnetic moment in macroscopic size, the phenomenon is called ferromagnetism. The relative permeability of these magnets is greater than unity and increasing magnetization with the applied external field. Even in the absence of an external magnetic field, these substances retain spontaneous magnetization. An example of ferromagnets is iron.

Question

ll Turkcell LTE
19:59
© %78
HW 11
HW 1
Find the Electric fredd at the point P.
L uniforady chorged rod).
what would be the Electric field i :
i) 2 >>L
ii) LSS Z
Hint: Baomial expa sion (1ea)" x 1tnxt.--
when X2L1
© Find the olentác freld at the point P for setup bedow.
dExelain the differences of results
La) and Lc)
A Proton is projected with initial speed of i;. There is Electric field
a bore the plane and below it, E-o.
anadogy for the proton's motron.
Find proton's range in kerms of U; , m, 0, e, E.
O Make an
© How long the proton stay abore the plane? Is it possible for
stay
abore the plane forerer, cxplain? what if we bave electron instead of proton?
to
proton
There are two setup; one has tovo protons
and the other has one edectrom and one

l Turkcell LTE
19:59
@ %78
HW 11
abore the plane forerer, explain? what if we have edectron instead of protun?
2 of 2
There are two setup; one has tovo protons
and the otherr has one electron and one
Pro ton. (Protoas that are not a Hach ed are fixe)
Dreaw free body diagram for hoth cases
O Write spring constant for both cases
ín karms of 9. , d,y, mp me,
( seperatron between charges large enough for
them no t to touch each other).
O what if
any change? If there widd, draw free bucdy diagram again and find the
new spring constant.
you
hare spheres iastead of posat charges? wild there
There are two beads which are idlenticad hes
and charge, 9.
@ what is the condítion for them to stay
in equidibrium?
Find the charge in terms of m,9, d, k, R,d.
© Is it possible d-2R? why?
mass, m
مسسا

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