Compute the molarity of acid

Assignment Help Chemistry

Reference no: EM13181133

calculate the molarity of acid (or base) remaining in solution when 20mL of 0.400M HNO3 is added to 16.3mL of 0.258M NaOH? Determine the molarity for all ions remaining in the solution

Reference no: EM13181133

Questions Cloud

How many firms will there be in long run equilibrium : Suppose there are n identical firms in a market. each firm's cost function is given by C= 240+14q^2, where q is the amount that an individual firm produces. this means that an individual firm's marginal cost is given by MC = 30q. Also, the market ..

Competitive issues-partnership approach to e-business : What are some competitive issues that might lead a company to take a partnership approach to e-business rather than setting up an in-house Internet division? What are the advantages and disadvantages of each approach?

Explain what is the enthalpy of solution : The final equilibrium temperature of the resulting solution is 18.1 C. What is the enthalpy of solution, H, in kilojoules per mole of KBr?

Find a function for an indifference curve : 1. For the each of the following functions: 1) find a function for an indifference curve that delivers u=u? units of total utility: 2) Calculate the derivative (dy/dx) of the function (i.e. the instantaneous rate of change). Find the total differe..

Compute the molarity of acid : calculate the molarity of acid (or base) remaining in solution when 20mL of 0.400M HNO3 is added to 16.3mL of 0.258M NaOH?

Calculate the first and second derivatives : For the function: f(x)=(x^2/4)+e^(-x^2), sketch a graph of the function. Calculate the first and second derivatives, and use these answers to approximate the locations of the local maximum, minima, and the inflection points.

Calculate the potential energy : Calculate the potential energy of an object that has a mass of 100 kilograms and falls a distance of 100 meters from a cliff. given: mass = 100 kilograms g = 10 m/s (subscript) 2 height = 100 m

Find out the molar ratio of sodium borohydride : Determine the molar ratio of sodium borohydride to 9-fluorenone that you used in the experiment.

Find the volume v generated by rotating the region : find the volume V generated by rotating the region bounded by the given curves about x = 4.

User Account

All Pages