Answer:
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Explanation:
Answer:
Explanation:
Electric field strength, E = 5900 V/m
Magnetic field strength, B = 8.3 x 10^-3 T
The magnetic force on the charge particle is balanced by the magnetic force on the charge particle which is moving with velocity v.
qE = q v B
v = E / B

v = 7.1 x 10^5 m/s
Answer:
Approximately 0.979 J.
Explanation:
Assume that the two charges are in vacuum. Apply the coulomb's law to find their initial and final electrical potential energy
.
,
where
- The coulomb's constant
,
and
are the sizes of the two charges, and
is the separation of (the center of) the two charges.
Note that there's no negative sign before the fraction.
Make sure that all values are in SI units:
;
;
- Initial separation:
; - Final separation:
.
Apply Coulomb's law:
Initial potential energy:
.
Final potential energy:
.
The final potential energy is less negative than the initial one. In other words, the two particles gain energy in this process. The energy difference (final minus initial) will be equal to the work required to move them at a constant speed.
.
Bullying could lead to the inflicting of physical injuries that would further cause pains to the individual.
<h3>What is bullying?</h3>
The term bullying has to do with the act of violently abusing a person. This could occur in a school setting or even in the presence of adults. We can easily see bullying at times when a particular students in the class is made fun of and forced to do things against his/her will.
Bullying impacts upon the psyche of the affected person and has the ability to damage the self confidence of the person. This is aside the fact the bullying could lead to the inflicting of physical injuries that would further cause pains to the individual.
Learn more about bullying:brainly.com/question/10566405
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