ABC is a right traingle, right angled at C. if P is the length of perpendicular from C to AB and AB=c, BC=a and CA=b, then prove that (i) pc=ab (ii) `1/(p^(2)) = 1/(a^(2))+1/b^(2)`

ABC is a right triangle right-angled at C. Let BC=a,CA=b,AB=c and let p be the length of perpendicular from C on AB, prove that (i) cp=ab( ii) (1)/(p^(2))=(1)/(a^(2))+(1)/(b^(2))

ABC is a right triangle right angled at C. Let BC = a, CA = b, AB = c and let p be the length of perpendicular from C on AB. Prove that (i) pc = ab (ii) (1)/(p^(2)) = (1)/(a^(2)) + (1)/(b^(2)) .

ABC is a right triangle right angled at C. Let BC = a, CA = b, AB = c and let p be the length of perpendicular from C on AB. Prove that (i) pc = ab (ii) (1)/(p^(2)) = (1)/(a^(2)) + (1)/(b^(2)) .

ABC is a right triangle right angled at C. Let BC = a, CA = b, AB = c and let p be the length of perpendicular from C on AB. Prove that (i) pc = ab (ii) (1)/(p^(2)) = (1)/(a^(2)) + (1)/(b^(2)) .

ABC is a right triangle right angled at C. Let BC = a, CA = b, AB = c and let p be the length of perpendicular from C on AB. Prove that (i) pc = ab (ii) (1)/(p^(2)) = (1)/(a^(2)) + (1)/(b^(2)) .

In the right-angled triangle ABC, /_C = 90^(@) .If the length of perpendicular drawn from C on AB be p and AB=c,BC =a,CA=b , then prove that (a)(1)/(p^(2))=(1)/(a^(2) )+ (1)/(b^(2)) , (b) pc = ab .

ABC is a right angled triangle, right angled at C. Let BC=a, CA=b,AB=c and let p be the length of perpendicular from C on AB. Prove that (i) pc=ab and (ii) 1/p^2=1/a^2+1/b^2 .

ABC is a right triangles right angled at C . Let BC =a ,CA=b, AB = c, and p be the length of perpendicular from C to AB . Prove that cp = ab .

ABC is a triangle right angled at C. Let p be the length of the perpendicular drawn from C on AB. If BC = 6 cm and CA = 8 cm, then what is the value of p ?