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Magnetic inclination at a place is the a...

Magnetic inclination at a place is the angle which the……………………makes with………………in……………… .

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total intensity of earth's magnetic field ; horizontal direction ; magnetic meridian
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What is magnetic inclination at a place?

The earth's magnetic field is approximately like that of a giant magnetic dipole, whose axis is inclined roughly 20^@ west of the axis of rotation of earth which is the geographic N-S direction. The strength of earth's magnetic field is of the order of 10^-4 tesla . Three magnetic elements of earth are: Magnetic declination (theta) , magnetic inclination or magnetic dip (delta) and horizontal component (H) of earth's magnetic field. Magnetic declination is the small angle between magnetic axis and geographic axis at a place. Magnetic dip at a place is the angle, which the direction of total strength of earth's magnetic field (R) makes with a horizontal line in magnetic meridian. If H is horizontal component and V is vertical component of earth's magnetic field, then H=Rcos delta , V=Rsin delta and R=sqrt(H^2+V^2) . At a place on the surface of earth. H is of the order of 3*3xx10^-5tesla . At magnetic poles, a compass needle points out

The earth's magnetic field is approximately like that of a giant magnetic dipole, whose axis is inclined roughly 20^@ west of the axis of rotation of earth which is the geographic N-S direction. The strength of earth's magnetic field is of the order of 10^-4 tesla . Three magnetic elements of earth are: Magnetic declination (theta) , magnetic inclination or magnetic dip (delta) and horizontal component (H) of earth's magnetic field. Magnetic declination is the small angle between magnetic axis and geographic axis at a place. Magnetic dip at a place is the angle, which the direction of total strength of earth's magnetic field (R) makes with a horizontal line in magnetic meridian. If H is horizontal component and V is vertical component of earth's magnetic field, then H=Rcos delta , V=Rsin delta and R=sqrt(H^2+V^2) . At a place on the surface of earth. H is of the order of 3*3xx10^-5tesla . Magnetic declination is

The earth's magnetic field is approximately like that of a giant magnetic dipole, whose axis is inclined roughly 20^@ west of the axis of rotation of earth which is the geographic N-S direction. The strength of earth's magnetic field is of the order of 10^-4 tesla . Three magnetic elements of earth are: Magnetic declination (theta) , magnetic inclination or magnetic dip (delta) and horizontal component (H) of earth's magnetic field. Magnetic declination is the small angle between magnetic axis and geographic axis at a place. Magnetic dip at a place is the angle, which the direction of total strength of earth's magnetic field (R) makes with a horizontal line in magnetic meridian. If H is horizontal component and V is vertical component of earth's magnetic field, then H=Rcos delta , V=Rsin delta and R=sqrt(H^2+V^2) . At a place on the surface of earth. H is of the order of 3*3xx10^-5tesla . The vertical component of earth's magnetic field is zero at a place where angle of dip is

The force required to just move a body up an inclined plane is double the force the required prevent it from sliding down. If phi is angle of friction and theta is the angle which incline makes with the horizontal then,

Two magnets of magnetic moment m and 3m are mounted so as to cross each other at an angle of 60^(@) . The combination rests on a cork floating on water. Find the angle which the weaker magnet makes with the meridian.

A ray of light is inclined to one face of a prism at an angle of 60^@ . If angle of prism is 60^@ and the ray deviated through an angle of 42^@ find the angle which the emergent ray makes with second face of the prism.

Two magnets N_1S_1 and N_2S_2 having their magnetic moments as M and 3M respectively are joined at an angle of 60^@ as shown in figure. The combination is placed on a floating cork in water. Determine the angle theta which the weaker magnet makes with the magnetic meridian.

A rectangular container has been filled with an ideal gluid and placed on an incline plane. The inclination of the incline is theta . Find the angle that the liquid surface will make with the incline surface as the contaienr slides down. Find your answer for following two cases.

PRADEEP-MAGNETIC EFFECT OF CURRENT AND MAGNETISM-Exercise
  1. The magnetic field lines of a magnet form……………….loops unlike………………fiel...

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  2. According to Gauss's law for magnetism, …………………..through any closed su...

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  3. Magnetic inclination at a place is the angle which the……………………makes wi...

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  4. Isogonic lines are the lines joining places of…………………….. .

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  5. In the northern hemisphere, magnetic lines of force due to earth's fie...

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  6. At a particular place, horizontal and vertical components of earth's m...

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  7. Bohr magneton is the …………………. magnetic dipole moment associated with …...

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  8. Relative magnetic permeability of a material is defined as the ratio o...

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  9. Magnetic field strength, ………………., flux …………………represents the same quan...

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  10. SI units of magnetic permeability are …………………….., ……………………, …………………….....

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  11. Magnetic moment per unit volume of the material is called ……………. of th...

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  12. Intensity of magnetisation of a magnetic material is defined as ……………....

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  13. Units of magnetising intensity and intensity of magnetisation are……………...

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  14. Individual atoms/molecules/ions of a diamagnetic substance………….any net...

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  15. Superconductors are the most exotic………………..materials. Infact, …………………....

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  16. According to Curie law in magnetism, ………………..of a magnetic material va...

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  17. An element Deltavecl=Deltaxhati is placed at the origin as shown in f...

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  18. A wire placed along north-south direction carries a current of 5A from...

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  19. A current of 10A is flowing east to west in a long wire kept in the ea...

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  20. Calculate the magnetic field induction at the center of the coil in th...

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