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Ex 11.3
Ex 11.3, 1 (b)
Ex 11.3, 1 (c) Important
Ex 11.3, 1 (d) Important
Ex 11.3, 2
Ex 11.3, 3 (a)
Ex 11.3, 3 (b)
Ex 11.3, 3 (c) Important You are here
Ex 11.3, 4 (a) Important
Ex 11.3, 4 (b)
Ex 11.3, 4 (c)
Ex 11.3, 4 (d) Important
Ex 11.3, 5 (a) Important
Ex 11.3, 5 (b)
Ex 11.3, 6 (a) Important
Ex 11.3, 6 (b)
Ex 11.3, 7
Ex 11.3, 8
Ex 11.3, 9
Ex 11.3, 10 Important
Ex 11.3, 11 Important
Ex 11.3, 12 Important
Ex 11.3, 13 (a) Important
Ex 11.3, 13 (b) Important
Ex 11.3, 13 (c)
Ex 11.3, 13 (d)
Ex 11.3, 13 (e)
Ex 11.3, 14 (a) Important
Ex 11.3, 14 (b)
Ex 11.3, 14 (c)
Ex 11.3, 14 (d) Important
Last updated at Aug. 24, 2021 by Teachoo
Ex 11.3, 3 Find the Cartesian equation of the following planes: (c) πο·― . [(s β 2t) πο·― + (3 β t) πο·― + (2s + t) πο·―] = 15 Putting πο·― = x πο·― + y πο·― + z πο·― in equation πο·― . [(s β 2t) πο·― + (3 β t) πο·― + (2s + t) πο·―] = 15 (x πο·― + y πο·― + z πο·―) . [(s β 2t) πο·― + (3 β t) πο·― + (2s + t) πο·―] = 15 x (s β 2t) + y(3 β t) + z(2s + t) = 15 (s β 2t) x + (3 β t) y + (2s + t) z = 15 which is the equation of the plane in Cartesian form.