Table of Contents
Chapter 26 Ellipse Exercise Ex. 26.1
Question 1
Solution 1
Question 2(i)
Solution 2(i)
Question 2(ii)
Solution 2(ii)
Question 2(iii)
Solution 2(iii)
Question 2(iv)
Solution 2(iv)
Question 3(i)
Solution 3(i)
Question 3(ii)
Solution 3(ii)
Question 3(iii)
Solution 3(iii)
Question 3(iv)
Solution 3(iv)
Question 4
Solution 4
Question 5(i)
Solution 5(i)
Question 5(ii)
Solution 5(ii)
Question 5(iii)
Solution 5(iii)
Question 5(iv)
Solution 5(iv)
Question 5(v)
Solution 5(v)
Question 5(vi)
Solution 5(vi)
Question 5(vii)
Solution 5(vii)
Question 5(viii)
Solution 5(viii)
Question 5(ix)
Solution 5(ix)
Question 5(x)
Solution 5(x)
Question 5(xi)
Solution 5(xi)
Question 5(xii)
Solution 5(xii)
Question 5(xiii)
Solution 5(xiii)
Question 6
Solution 6
Question 7
Solution 7
Question 8(i)
Solution 8(i)
Question 8(ii)
Solution 8(ii)
Question 9(i)
Solution 9(i)
Question 9(ii)
Solution 9(ii)
Question 10(i)
Solution 10(i)
Question 10(ii)
Solution 10(ii)
Question 10(iii)
Solution 10(iii)
Question 10(iv)
Solution 10(iv)
Question 10(v)
Solution 10(v)
Question 10(vi)
Solution 10(vi)
Question 11
Solution 11
Question 12
Solution 12
Question 13
Solution 13
Question 14
Solution 14
Question 15
Solution 15
Question 16
Solution 16
Question 17
Solution 17
Question 3(v)
Find the eccentricity, coordinates of foci, length of the latus-rectum of the ellipse 9x2 + 25y2 = 225Solution 3(v)
Question 18
A rod of length 12m moves with its ends always touching the coordinate axes. Determine the equation of the locus of a point P on the, which is 3cm from the end in contract with x-axis.Solution 18
Question 19
Find the equation of the set of all points whose distances from (0, 4) are of their distances from the line y = 9.Solution 19
Question 20
Find the equation of the set of all points whose distances from (0, 4) are 2/3 of their distances from the line y = 9.Solution 20
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