Home
Class 12
MATHS
N ( 4 , delta ) cap N ( 6, delta ) ne ph...

`N ( 4 , delta ) cap N ( 6, delta ) ne phi` , then the value for ` delta ` is . . . .

A

1

B

`gt1`

C

`lt 1`

D

`delta` is not possible

Text Solution

Verified by Experts

Promotional Banner

Similar Questions

Explore conceptually related problems

The ends of the base of an isosceles triangle are (2sqrt(2), 0) and (0, sqrt(2)) . One side is of length 2sqrt(2) . If Delta be the area of triangle, then the value of [Delta] is (where [.] denotes the greatest integer function)

If a variable line in two adjacent positions has direction cosines l, m, n and I + delta I, m + delta m, n + delta n, then show that the small angle delta theta between the two positions is given by delta theta^2=deltal^2+deltam^2+deltan^2 .

Let alpha and beta be the roots of x^2-x+p=0 and gamma and delta be the root of x^2-4x+q=0. If alpha,beta,a n dgamma,delta are in G.P., then the integral values of p and q , respectively, are

If 15! =2^oo* 3^beta*5^gamma*7^delta*11^theta * 13^phi , then the value of oo-beta+gamma-delta+theta-phi , is

If Delta = |[1, 3costheta, 1], [sintheta, 1, 3costheta], [1, sintheta, 1]| , the maximum value of Delta is

If (x, y) is the incentre of the triangle formed by the points (3, 4), (4, 3) and (1, 2), then the value of x^(2) is

In triangle ABC and triangle DEF, AB = DE, BC = EF and angleB = angleE . If the perimeter of triangle ABC is 20, then the perimeter of triangle DEF is ..........

Relation between phase difference (Delta phi) and path difference (Deltax ) is ......

Delta ABC ~ Delta DEF . BC = 3cm, EF = 4cm and area of Delta ABC = 54 cm^(2) . Determine the area of Delta DEF .

The sides of a triangle m easure 8 cm, 12 cm and 6 cm. Then, the sem iperim eter of the triangle is ..........cm.