, Charged Particles in
Electric +
Magnetic Field
Elle atria
electric field The electric force expirienoed by small
strength =
a test
charge placed at a
point
E =
F- : E = N.ci
'
or V. m
- t
q v
uniform fields [ Plates]
É=
d
+ t t t t t t t
NOTE
-
•" :
✓
v v v v
expirience
v
v v
•*
v •
electron ✗ + Y same
force despite d.
charge is const
'
coz .
- -
- - -
- - -
f- =
Eq
NOTE :
mmmm
f- = to: Force expirienced by electric field
d
q
=ۖ3
¥3
The effect of uniform electric field on the motion of
charged particle
o The resultant force on
charge causes circular motion due to ao
e no pkiiésmiñomai : strt
path when out
o The larger the
charge to mass ratio the
greater the acceleration
↳
f- = q
d
ma =
q
d
☐q ad }
=
constant
Electric +
Magnetic Field
Elle atria
electric field The electric force expirienoed by small
strength =
a test
charge placed at a
point
E =
F- : E = N.ci
'
or V. m
- t
q v
uniform fields [ Plates]
É=
d
+ t t t t t t t
NOTE
-
•" :
✓
v v v v
expirience
v
v v
•*
v •
electron ✗ + Y same
force despite d.
charge is const
'
coz .
- -
- - -
- - -
f- =
Eq
NOTE :
mmmm
f- = to: Force expirienced by electric field
d
q
=ۖ3
¥3
The effect of uniform electric field on the motion of
charged particle
o The resultant force on
charge causes circular motion due to ao
e no pkiiésmiñomai : strt
path when out
o The larger the
charge to mass ratio the
greater the acceleration
↳
f- = q
d
ma =
q
d
☐q ad }
=
constant
