[" Find "lambda" if "(lambda,lambda+1)" is an interior point of "Delta ABC" where "],[A-=(0,3);B-=(-2,0)" and "C-=(6,1)]

Find lambda if (lambda, lambda +1) is an interior point of Delta ABC where, A-=(0,3), B-= (-2,0) and C -= (5, 1) .

Find number of integer value of lambda if (lambda,lambda+1) is an interior points of Delta ABC where A={0,3},B={-2,0} and C={5,1}

Find lambda if (lambda , 2) is an interior point of Delta ABC formed by x + y = 4, 3x-7y = 8 and 4 x - y = 31

If the points A(lambda, 2lambda), B(3lambda,3lambda) and C(3,1) are collinear, then lambda=

If the points A(lambda, 2lambda), B(3lambda,3lambda) and C(3,1) are collinear, then lambda=

The vertices of a triangle ABC are (lambda,2-2lambda), (-lambda + 1, 2lambda) and (-4-lambda, 6-2lambda). If its area be 70 units then number of integral values of lambda is (a) 1 (b) 2 (c) 4 (d) 0

The values of lambda for which the function f(x)=lambda x^(3)-2 lambda x^(2)+(lambda+1)x+3 lambda is increasing through out number line (a) lambda in(-3,3)( b) lambda in(-3,0)( c )lambda in(0,3) (d) lambda in(1,3)

if points (2lambda, 2lambda+2) , (3, 2lambda + 1) And (1,lambda + 1) are linear, then lambda find the value of

A=[[2-lambda,-1,0-1,2-lambda,-10,-1,2-lambda]] then find out