sx

Compounds OF Oxygen Allotropes, H2O2, O2F2 || Sulfur, Allotropes, α,β,γ(S8), S6, S2 || Oxides SO2, SO3, S3O9 || Halides SX2, SX4, SX6 || Oxoacids || Sulphuric acid series || Peroxy series || Tetrathionate Series || Compounds OF Group 17

The individual demand and supply functions of a product are given as: Dx=10-2Px,Sx=20+2Px, where Px stands for price and Dx and Sx respectively stands for quantity demanded and quantity supplied. If there are 4,000 consuers and 1,000 firms in the market, then quantity demanded and supplied at the equilibrium price of rupay 2.

The individual demand and supply functions of a product are given as: Dx=10-2Px,Sx=10+2Px, where Px stands for price and Dx and Sx respectively stands for quantity demanded and quantity supplied. If there are 4,000 consumers and 1,000 firms in the market, then equilibrium price will be :

S:x ^(2) + y ^(2) -8x + 10y =0 and L : x -y -9=0 are the equations of a circle and a line.

Let S_k be the sum of first k terms of an A.P. What must this progression be for the ratio (S_(k x))/(S_x) to be independent of x ?

Consider with circle S:x^(2)+y^(2)-4x-1=0 and the line L:y=3x-1 .If the line L cuts the circle at A and B then Length of the chord AB equal

Consider an AP with first term a and the common difference 'd' Let S_k denote the sum of its first k terms. If S_(kx)/S_x is independent of x then