Question

@MTALHAHASSAN2

Answer 1

Explain what is meant by “field” and compare the properties of gravitational, electric, and magnetic forces in terms of particles affected, factors affecting the magnitude, and their relative strengths.

Answer 2

can u tell me abt magnetic field

Answer 3

magnetic field is an influence of a magnet arounding the magnet

Answer 4

a magnet attacts iron near to it

Answer 5

- a region around a magnetic material or a moving electric charge within which the force of magnetism acts.

Answer 6

magnet can not attract iron which is very far from it

Answer 7

I know that

Answer 8

I also know about the repulsion and attraction

Answer 9

that is if iron is in the field of magnet , then the magnet will attract towards it

Answer 10

if the iron is out of the field of that magnet, then the magnet will not attract the iron

Answer 11

so basically the both positive or negative charge repulsive and if they be positive and negative they will attraction to each..

Answer 12

actually testing magnetic field by a small magnet is allowed

Answer 13

for example u hv a big magnet nd u wanna know the magnetic field region around that magnet

Answer 14

u hv to put a small magnet near the big magnet, if it is attracts , then the region is under the magnetic field, but if the big mag does not attracts , then it is out of magnetic field

Answer 15

anyway it may b attract or repulse, depend on magnetic pole

Answer 16

r u agree with me?

Answer 17

similar thing is gravitational field nd electric field

Answer 18

yes I am agree

Answer 19

is it clearer than b4 ?

Answer 20

u know gravitional force is always attractive

Answer 21

magnetic force can b attractive or repulsive

Answer 22

electric force can b attractive or repulsive

Answer 23

yea i know that

Answer 24

ok

Answer 25

u hv to put 1 kg mass aroung earth to know gravitational field

Answer 26

oh ok but isn't the gravitational field always attract things towards itself

Answer 27

Facing internet problem

Answer 28

are you on mobile or laptop?

Answer 29

Yes gravitational force is always attractive

Answer 30

I m from both mobile nd laptop

Answer 31

I was typing from laptop but internet connection disturbing. Now typing from mobile

Answer 32

Typing from laptop is easier

Answer 33

ok

Answer 34

so..what can we say related to the question??

Answer 35

U can say 3 kinds of field

Answer 36

U can say something abt every kind of field

Answer 37

First of all u hv to understand all the fields

Answer 38

magnetic field, gravitation and electrical right?

Answer 39

Anyway i hv more story to say abt field

Answer 40

Where is the field strength is stronger nd where is field strength weaker

Answer 41

I think we need to discuss more to clearer the real fact

Answer 42

ok so..

Answer 43

can u tell me the place of sun is under the field of our earth?

Answer 44

or the place of our moon is under the field of our earth

Answer 45

u know an attraction force is acting between the sun nd earth . right ?

Answer 46

anyway r u following me

Answer 47

yeah

Answer 48

do u hv any idea abt my question

Answer 49

u know if 1 kg of mass is placed near the earth then the attracting force between earth nd 1 kg object is called gravitational force. right ?

Answer 50

i know there is a gravitation force in between the earth and the moon

Answer 51

if the 1 kg mass attracts by earth , then the place is under gravitational field

Answer 52

if we get 1 kg mass replaced of moon , then wt will happen?

Answer 53

is there any force between earth nd 1 kg mass

Answer 54

according to our deffination if 1 kg mass does not feel force , then it is out of gravitational field

Answer 55

anyway we need to talk more

Answer 56

r u there

Answer 57

yes

Answer 58

do u know NEWTON,S gravitational law of attraction

Answer 59

2 masses attracts each other

Answer 60

attracting force is proportional to the multiplication of 2 masses

Answer 61

G m1m2/r^2

Answer 62

attracting force is inversely proportional the the distance between those 2 objects

Answer 63

according to newton's gravitational law of attraction , force never b 0

Answer 64

so.. in the newton gravitational law of attraction foce never be 0?

Answer 65

Yes

Answer 66

do you have any account on peeranswer website?

Answer 67

that one is a better website to study on

Answer 68

@shamim LOL i have to finish this question bro

Answer 69

Going to buy a new internet connection

Answer 70

LOL yea you need one

Answer 71

Ok

Answer 72

Actually gravitational attraction force never b =0

Answer 73

But at far from earth the force is smaller nd we can not feel

Answer 74

So we can say at far the force =0

Answer 75

Our scientists decided a defination of gravitational field

Answer 76

As i told b4

Answer 77

Force between earth nd 1 kg mass is called gravitational force

Answer 78

can you plz combine this all info and send me together it will make more and clear sense!

Answer 79

If i wanna know the gravitation field strength at the point 100 km away from the surfaces of earth, then we hv to put 1 kg masd there

Answer 80

Ok i will

Answer 81

thnx bro I am pretty tired

Answer 82

Sorry bro

Answer 83

I think i make the fact complicated

Answer 84

Can i send u later

Answer 85

I m sure i will b able mske the fact clearer

Answer 86

okay