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प्रश्न
"Issues of caste discrimination began to be written about in many printed tracts and essays in India in the late nineteenth century." Support the statement with two suitable examples.
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उत्तर
Jyotiba Phule was the Maratha leader of ‘low caste’ protest movements. He wrote about the inequalities of the caste system in his work called Gulamgiri in 1871.
E.V. Ramaswamy Naicker and B.R. Ambedkar wrote about caste-based discrimination in society. Their works were popular all over the country.
Regional protest movements and parties also published many periodicals and articles condemning the religious writings and foreseeing a new outlook.
Kashibaba, a millworker in Kanpur authored Chhote Aur Bade Ka Sawal in 1938 to show the relations between class and caste mistreatment.
Cotton mill workers of Bangalore started libraries to educate themselves in 1930; the same was first initiated by the Bombay mill workers.
संबंधित प्रश्न
ABC is a triangle. Locate a point in the interior of ΔABC which is equidistant from all the vertices of ΔABC.
In a huge park people are concentrated at three points (see the given figure):

A: where there are different slides and swings for children,
B: near which a man-made lake is situated,
C: which is near to a large parking and exit.
Where should an ice-cream parlour be set up so that maximum number of persons can approach it?
(Hint: The parlor should be equidistant from A, B and C)
D is a point in side BC of triangle ABC. If AD > AC, show that AB > AC.
Name the greatest and the smallest sides in the following triangles:
ΔABC, ∠ = 56°, ∠B = 64° and ∠C = 60°.
Name the greatest and the smallest sides in the following triangles:
ΔDEF, ∠D = 32°, ∠E = 56° and ∠F = 92°.
Name the greatest and the smallest sides in the following triangles:
ΔXYZ, ∠X = 76°, ∠Y = 84°.
Name the smallest angle in each of these triangles:
In ΔXYZ, XY = 6.2cm, XY = 6.8cm and YZ = 5cm
In ΔABC, the exterior ∠PBC > exterior ∠QCB. Prove that AB > AC.
ΔABC is isosceles with AB = AC. If BC is extended to D, then prove that AD > AB.
In the given figure, T is a point on the side PR of an equilateral triangle PQR. Show that PT < QT
