The intercepts on x-axis made by tangents to the curve `y=int_(0)^(x)|t|dt,x in RR`, which are parallel to the line `y=2x`, are equal to-

The intercepts on x - axis made by tangents to the curve, y=int_(0)^(x)|t|dt, x epsilonR which are parallel to the line y=2x , are equal to

The intercepts on x-axis made by tangents to the curve, y=int_0^x|t|dt , x in R , which are parallel to the line y""=""2x , are equal to (1) +-2 (2) +-3 (3) +-4 (4) +-1

The intercepts on x-axis made by tangents to the curve, y=int_0^x|t|dt , x in R , which are parallel to the line y""=""2x , are equal to (1) +-2 (2) +-3 (3) +-4 (4) +-1

The intercepts on x-axis made by tangents to the curve, y=int_0^x|t|dt , x in R , which are parallel to the line y""=""2x , are equal to (1) +-2 (2) +-3 (3) +-4 (4) +-1

The intercepts on x-axis made by tangents to the curve, y=int_0^x|t|dt , x in R , which are parallel to the line y""=""2x , are equal to (1) +-2 (2) +-3 (3) +-4 (4) +-1

The intercept on X - axis made by tangent to the curve y=int_(0)^(x)|t|dt, x in R which are parallel to the line y = 2x are equal to ……..

The intercepts on x-axis made by tangents to the curve, y = int_0^x |t| dt, x in R , Which are parallel to the line y = 2x are equal to :

The intercepts on x-axis made by tangents to the curve, oversetxunderset0int|t|dt,x inR which are parallel to the line y = 2x, are equal to :

The intercepts made by the tangent to the curve y=int_(0)^(x) |t| dt, which is parallel to the line y=2x on y-axis are equal to