fects in detail. Po 121,
b. Gravitational force
d. Electrostatic force
Answers
Answer:
▀▄▀▄ANSWER
given,
charge on the electron=1.6×10
−19
C
mass of the electron=9.1×10
−31
kg
gravitational constant=6.67×10
−11
Nm
2
kg
−2
i)to find the electrostatic force b/w 2 electron.
let 2 electrons are at a distance 'd' apart
the electrostatic force is F
e
=
4πε
o
1
d
2
q
2
=
d
2
9×10
9
×(1.6×10
−19
)
2
=
d
2
23.04×10
−29
N
ii) To find the gravitational force,
F
g
=
d
2
Gm
2
=
d
2
6.67×10
−11
×(9.1×10
−31
)
2
=
d
2
553.56×10
−73
N
iii) to show that electrostatic force is much grater then gravitational force.
for this we take ratio
F
g
F
e
=
553.56×10
−73
23.04×10
−29
=0.0416×10
44
=0.416×10
43
we can see tham f
e
>>f
g
ie. electrostatice force is much grater than the gravitational force for 2 electrons separated by a certain distance▄▀▄▀
Answer:
charge on the electron=1.6×10
−19
C
mass of the electron=9.1×10
−31
kg
gravitational constant=6.67×10
−11
Nm
2
kg
−2
i)to find the electrostatic force b/w 2 electron.
let 2 electrons are at a distance 'd' apart
the electrostatic force is F
e
=
4πε
o
1
d
2
q
2
=
d
2
9×10
9
×(1.6×10
−19
)
2
=
d
2
23.04×10
−29
N
ii) To find the gravitational force,
F
g
=
d
2
Gm
2
=
d
2
6.67×10
−11
×(9.1×10
−31
)
2
=
d
2
553.56×10
−73
N
iii) to show that electrostatic force is much grater then gravitational force.
for this we take ratio
F
g
F
e
=
553.56×10
−73
23.04×10
−29
=0.0416×10
44
=0.416×10
43
we can see tham f
e
>>f
g
ie. electrostatice force is much grater than the gravitational force for 2 electrons separated by a certain distance▄▀▄▀
Explanation: