IBPS QA QUESTION SOLVED & EXPLAIN

In the given figure, QA ⊥ AB and PB ⊥ AB. If AO = 20 cm, BO = 12 cm, PB = 18 cm, find AQ

In each of the given figures, PA = PB and QA = QB. Prove, in each case, that PQ (produce, if required) is perpendicular bisector of AB. Hence, state the locus of the points equidistant from two given fixed points.

In the figure, given alongside, PB and QA are perpendiculars to the line segment AB. If PO = 6 cm, QO = 9 cm and area of Delta POB - 120 cm^2 . find the area of Delta QOA .

Identify the correct statement If x in Q=>x in Q If x^3 in Qa n dx^7 in Q=>x in Q If x^4 in Qa n dx^(11) in Q=>x in Q

Three discs, A, B and C having radii 2m, 4m and6m respectively are coated with carbon black on their outer surfaces. The wavelengths corresponding to maximum intensity are 300nm, 400nm and 500 nm , respectively. The power radiated by them are Q_A, Q_B and Q_C respectively (a) Q_A is maximum (b) Q_B is maximum (c) Q_C is maximum (d) Q_A = Q_B = Q_C

In the following figure, OABC is a square. A circle is drawn with as centre which meets OC at P and OA at Q. Prove that: Delta BPC ≅ Delta B QA

A line segment AB is bisected at point P and through point P another line segment PQ, which is perpendicular to AB, is drawn. Show that : QA = QB.

PSQ is a focal chord of a parabola whose focus is S and vertex is A. PA, QA, are produced to meet the dirrecterix in R and T. Then /_RST is equal to

In a DeltaABC, AB=AC,P and Q are points on AC and AB respectively such that CB=BP=PQ=QA. if angle AQP=theta, then tan^(2)theta is a root of the equation

A line L intersects three sides BC, CA and AB of a triangle in P,Q,R respectively, show that (BP)/(PC).(CQ)/(QA).(AR)/(RB)=-1