Download here NCERT Solutions For Class 12 Physics Chapter 5 Magnetism And Matter in PDF format. Here you can find solved answers for Class 12 Magnetism and Matter, along with important questions. Class 12th Physics Part 1 Solution is given here with the complete explanation. NCERT12th Physics Solutions is based on the latest Class 12 Physics textbook.
|CBSE Study Material Class 10 & 12|
|Class 10th date Sheet 2021 - Released||Class 12th date sheet - Released|
|Class 10th||Class 12th|
|Sample Papers||Sample Papers|
|Question Papers||Question Papers|
|Topper Answer Sheet||Topper Answer Sheet|
|NCERT Study Material (Class 1- 12)|
|NCERT Notes||NCERT Solutions|
|NCERT Books||English Grammar|
In order to attempt the question of Magnetism And Matter, it is highly recommended that school students should refer to 12th Physics Chapter 5 Notes. Multiple Numerical and derivation based question is asked from Chapter 5 of the physics exam.
NCERT Solutions For Class 12 Physics Chapter 5
In total there are 25 Most important questions of Chapter 5 are available. Students of class 12th are advised to solve all the question of Magnetism And Matter. This NCERT solution of Class 12th Physics contains a detailed answer to all the important questions of Chapter 5.
|Chapter Name||Magnetism and Matter|
|No of Numerical||25|
Multiple concepts and theorems of Chapter 5 – Magnetism And Matter are explained with the help of examples for CBSE Board exams.
Class 12 physics NCERT Solutions Magnetism And Matter Important Questions
Answer the following questions regarding earth’s magnetism:
(a) A vector needs three quantities for its specification. Name the three independent quantities conventionally used to specify the earth’s magnetic field.
(b) The angle of dip at a location in southern India is about 18º. Would you expect a greater or smaller dip angle in Britain?
(c) If you made a map of magnetic field lines at Melbourne in Australia, would the lines seem to go into the ground or come out of the ground?
(d) In which direction would a compass free to move in the vertical plane point to, if located right on the geomagnetic north or south pole?
(e) The earth’s field, it is claimed, roughly approximates the field due to a dipole of magnetic moment 8 × 1022 J T−1 located at its centre. Check the order of magnitude of this number in some way.
(f ) Geologists claim that besides the main magnetic N-S poles, there are several local poles on the earth’s surface oriented in different directions. How is such a thing possible at all?
(a) The three independent quantities conventionally used for specifying earth’s magnetic field are:
(i) Magnetic declination,
(ii) Angle of dip, and
(iii) Horizontal component of earth’s magnetic field
(b)The angle of dip at a point depends on how far the point is located with respect to the North Pole or the South Pole. The angle of dip would be greater in Britain (it is about 70°) than in southern India because the location of Britain on the globe is closer to the magnetic North Pole.
(c)It is hypothetically considered that a huge bar magnet is dipped inside earth with its north pole near the geographic South Pole and its south pole near the geographic North Pole.
Magnetic field lines emanate from a magnetic north pole and terminate at a magnetic south pole. Hence, in a map depicting earth’s magnetic field lines, the field lines at Melbourne, Australia would seem to come out of the ground.
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