![Calculate the force acting between two magnets of length 15cm each and pole strength 80Am each when the separation between their north poles is 10cm and that between south poles is 40cm. Calculate the force acting between two magnets of length 15cm each and pole strength 80Am each when the separation between their north poles is 10cm and that between south poles is 40cm.](https://d10lpgp6xz60nq.cloudfront.net/ss/web/280286.jpg)
Calculate the force acting between two magnets of length 15cm each and pole strength 80Am each when the separation between their north poles is 10cm and that between south poles is 40cm.
Force between two identical short bar magnets whose centres are r metre apart is4.8N are in the same line. If the separation btn their axesincreased to 2r metre, the force between them
![Force between two identical bar magnets whose centres are r metre apart is 4.8 N, when their axes are in the same line. If separation is increased to 2r, the force between Force between two identical bar magnets whose centres are r metre apart is 4.8 N, when their axes are in the same line. If separation is increased to 2r, the force between](https://d10lpgp6xz60nq.cloudfront.net/ss/web/300062.jpg)
Force between two identical bar magnets whose centres are r metre apart is 4.8 N, when their axes are in the same line. If separation is increased to 2r, the force between
![SOLVED:In what respects is the force between two magnetic poles similar to the force between two charged particles? Explain. SOLVED:In what respects is the force between two magnetic poles similar to the force between two charged particles? Explain.](https://cdn.numerade.com/previews/e44ce6e0-60aa-4c30-bb45-d200b6bca2a8_large.jpg)
SOLVED:In what respects is the force between two magnetic poles similar to the force between two charged particles? Explain.
![SOLVED: TWO MAGNETS FORCE Three students are discussing the strengths (or magnitudes) of the forces between two permanent magnets. The smaller magnet is moving tO the right The larger magnet is stronger SOLVED: TWO MAGNETS FORCE Three students are discussing the strengths (or magnitudes) of the forces between two permanent magnets. The smaller magnet is moving tO the right The larger magnet is stronger](https://cdn.numerade.com/ask_images/5b408da649034f3f84970b12475b8517.jpg)
SOLVED: TWO MAGNETS FORCE Three students are discussing the strengths (or magnitudes) of the forces between two permanent magnets. The smaller magnet is moving tO the right The larger magnet is stronger
Basics of Physics: By Santosh Singh - Now we discuss about "Coulomb's Inverse square law of Magnetism". It is very important law, which define magnitude of Force between two magnetic pole when
![Force acting between two small magnets, placed in end on position 0.1m apart from their centres is (Given magnetic moment of each magnet is 5Am^2 ) Force acting between two small magnets, placed in end on position 0.1m apart from their centres is (Given magnetic moment of each magnet is 5Am^2 )](https://dwes9vv9u0550.cloudfront.net/images/9279937/36f4c05c-0b0b-458b-9834-c737f81b5435.jpg)
Force acting between two small magnets, placed in end on position 0.1m apart from their centres is (Given magnetic moment of each magnet is 5Am^2 )
Two small bar magnets are placed in a line at certain distance d apart. If length of each magnet is negligible compared to d, the force between them will be inversely proportinal
![Force between two cylindrical magnets with a common axis, as a function... | Download Scientific Diagram Force between two cylindrical magnets with a common axis, as a function... | Download Scientific Diagram](https://www.researchgate.net/publication/254860747/figure/fig3/AS:297987713585162@1448057215790/Force-between-two-cylindrical-magnets-with-a-common-axis-as-a-function-of-center-to.png)
Force between two cylindrical magnets with a common axis, as a function... | Download Scientific Diagram
![How should the magnetic force between two magnets be calculated effectively? - Physics Stack Exchange How should the magnetic force between two magnets be calculated effectively? - Physics Stack Exchange](https://i.stack.imgur.com/c2L3G.png)