A) \[(a\sqrt{2},0)\] done clear
B) \[\left( 0,\frac{a}{\sqrt{2}} \right)\] done clear
C) \[\left( \frac{a}{\sqrt{2}},0 \right)\] done clear
D) \[\left( -\frac{a}{\sqrt{2}},0 \right)\] done clear
View Solution play_arrowA) (1, 6) done clear
B) \[\left( -\frac{1}{2},\,5 \right)\] done clear
C) \[\left( \frac{5}{6},\,6 \right)\] done clear
D) None of these done clear
View Solution play_arrowA) A.M. of CA and CB done clear
B) G.M. of CA and CB done clear
C) H.M. of CA and CB done clear
D) None of these done clear
View Solution play_arrowA) \[\left( \frac{8}{3},\,\frac{10}{3} \right)\] done clear
B) \[\left( \frac{10}{3},\frac{14}{4} \right)\] done clear
C) \[\left( \frac{10}{3},\frac{6}{3} \right)\] done clear
D) \[\left( \frac{13}{4},\frac{10}{4} \right)\] done clear
View Solution play_arrowquestion_answer5) The point of trisection of the line joining the points (0, 3) and (6, -3) are
A) \[(2,\,0)\]and\[(4,\,-1)\] done clear
B) \[(2,\,-1)\]and \[(4,1)\] done clear
C) \[(3,1)\]and\[(4,-1)\] done clear
D) \[(2,1)\]and\[(4,-1)\] done clear
View Solution play_arrowA) An acute angled triangle done clear
B) A right angled triangle done clear
C) An isosceles triangle done clear
D) None of these done clear
View Solution play_arrowA) Lies at the origin done clear
B) Cannot lie on x-axis done clear
C) Cannot lie on y-axis done clear
D) None of these done clear
View Solution play_arrowquestion_answer8) If the vertices of a triangle be (0,0), (6,0) and (6,8), then its incentre will be
A) (2, 1) done clear
B) (1,2) done clear
C) (4, 2) done clear
D) (2,4) done clear
View Solution play_arrowA) (5/3, 2) done clear
B) (5/6, 1) done clear
C) (2, 5/3) done clear
D) (1, 5/6) done clear
View Solution play_arrowA) Centroid done clear
B) Incentre done clear
C) Circumcentre done clear
D) Orthocentre (A rational point is a point both of whose coordinates are rational numbers) done clear
View Solution play_arrowA) (0, 0) done clear
B) (4, 7) done clear
C) (7, 4) done clear
D) (7, 7) done clear
View Solution play_arrowA) \[\theta =\frac{n\pi }{2}\] done clear
B) \[\theta \ne \frac{n\pi }{2}\] done clear
C) \[\theta =n\pi \] done clear
D) None of these done clear
View Solution play_arrowA) \[36{{x}^{2}}+9{{y}^{2}}=4{{l}^{2}}\] done clear
B) \[36{{x}^{2}}+9{{y}^{2}}={{l}^{2}}\] done clear
C) \[9{{x}^{2}}+36{{y}^{2}}=4{{l}^{2}}\] done clear
D) None of these done clear
View Solution play_arrowA) \[{{x}^{2}}+{{y}^{2}}+2xy\tan \theta ={{a}^{2}}\] done clear
B) \[{{x}^{2}}-{{y}^{2}}+2xy\tan \theta ={{a}^{2}}\] done clear
C) \[{{x}^{2}}+{{y}^{2}}+2xy\cot \theta ={{a}^{2}}\] done clear
D) \[{{x}^{2}}-{{y}^{2}}+2xy\cot \theta ={{a}^{2}}\] done clear
View Solution play_arrowA) \[3x-2y=3\] done clear
B) \[2x-3y=7\] done clear
C) \[3x+2y=5\] done clear
D) \[2x+3y=9\] done clear
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