`V_(1)mL` of `CH_(3)COONa` solution (of molarity `M_(1)`) and `V_(2)mL` of a `HCl` solution (of Molarity `M_(2)`) are available ,Can the two be mixed to obtain a buffer solution? If Yes, what should be the mathematical condition relating `M_(1),M_(2),V_(1)& V_(2)` for this?

Use of dilution formula (M_(1)V_(1) = M_(2) V_(2))

What volume of 10M HCl and 3M HCl should be mixed to obtain 1L of 6M HCl solution?

If 500mL of a 5M solution is diluted to 1500 mL, what will be the molarity of the solution obtained?

If 500mL of a 5M solution is diluted to 1500 mL, what will be the molarity of the solution obtained?

Two solution of H_(2)SO_(4) of molarities x and y are mixed in the ratio of V_(1) mL : V_(2) mL to form a solution of molarity M_(1) . If they are mixed in the ratio of V_(2) mL : V_(1) mL , they form a solution of molarity M_(2) . Given V_(1)//V_(2) = (x)/(y) gt 1 and (M_(1))/(M_(2)) = (5)/(4) , then x : y is

If 500 mL of a 1M solution is diluted to 1000 mL, what will be molarity of the solution obtained ?

500 ml of 2M NaCl solution was mixed with 200 ml of 2 M NaCl solution. Calculate the molarity of NaCl in final solution

100mL, 3% (w/v) NaOH solution is mixed with 100 ml, 9% (w/v) NaOH solution. The molarity of final solution is

200 ml of water is added of 500 ml of 0.2 M solution. What is the molarity of this diluted solution?

When V ml of 2.2 M H_(2)SO_(4) solution is mixed with 10 V ml of water, the volume contraction of 2% take place. Calculate the molarity of diluted solution ?