The concentration of liquid (in grams/litre)is given by `C(t)=(25t)/(205+5t)`.what happens to the concentrations at `trarr infty`.

A tank contains 5000 litres of pure water. Brine (very salt water) that contains 30 grams of salt per litre of water is pumped into the tank at a rate of 25 litres per minute. The concentration of salt water after t minutes (in grams per litre) is C(t)=(30t)/(200+t) .What happens to the concentration as t to infty

A tank contains 5000 litres of pure water. Brine (very salty water) that contains 30 of salt per litre of water is pumped into grams the tank at a rate of 25 litres per minute. The concentration of salt water after t minutes (in grams per litre) is C(t)=(30t)/(200+t) .What happens to the concentration as trarrinfty ?

Density of liquid at any temperature 't' is given by d_(t)=d_(0)//(1+g t) . This equation applies to

Density of liquid at any temperature 't' is given by d_(t)=d_(0)//(1+g t) . This equation applies to

In a first order reaction the concentration of product ’x’ at time 't' is given by the expression (a=initial concentration, k=rate constant, n=order)

Solve: (4t)/(t^2-25)=1/(5-t)

Experiments show that the rate of inversion of cane sugar in dilute solution is proportional to the concentration y(t) of the unaltered solution. Suppose that the concentration is 1/100 at t = 0 and 1/300 at t = 10 hrs. Find y(t)

Drawn the graphs that relate the concentrations (C ) of the reactants and the reaction times (t) and the concentrations of the products(C ) and the reaction times (t) in chemical reactions .

[A] = reactant concentration at time 't', k = rate constant