A dispensing method which dispenses a first liquid contained in a first vessel which stores the first liquid and a second liquid not miscible with the first liquid and having lower specific gravity than that of the first liquid so as to introduce the first liquid into a second vessel by using a tube, comprising: a first suction step which sucks the second liquid to introduce this second liquid into the tube through one end of the tube; a second suction step which sucks the first liquid contained in the first vessel to introduce this first liquid into the tube through the one end of the tube; a third suction step which sucks the second liquid contained in the first vessel to introduce this second liquid into the tube through the one end of the tube; characterized in that: a first discharge step which releases the second liquid sucked into the tube in the third suction step to discharge this second liquid into the second vessel; a second discharge step which releases the first liquid sucked into the tube in the second suction step to discharge this first liquid into the second liquid contained in the second vessel; and a third discharge step which releases at least a part of the second liquid sucked into the tube in the first suction step to discharge this second liquid into the second vessel, wherein the second liquid is electrically conductive and comprises an additive such as carbinol denatured oil and a mixture of trimethylsiloxysilicate and cyclopentasiloxane, wherein an amount of the additive is added such that the electrical resistivity of the second liquid is 1012 [Ωm] or lower. a first suction step which sucks the second liquid to introduce this second liquid into the tube through one end of the tube; a second suction step which sucks the first liquid contained in the first vessel to introduce this first liquid into the tube through the one end of the tube; a third suction step which sucks the second liquid contained in the first vessel to introduce this second liquid into the tube through the one end of the tube; characterized in that: a first discharge step which releases the second liquid sucked into the tube in the third suction step to discharge this second liquid into the second vessel; a second discharge step which releases the first liquid sucked into the tube in the second suction step to discharge this first liquid into the second liquid contained in the second vessel; and a third discharge step which releases at least a part of the second liquid sucked into the tube in the first suction step to discharge this second liquid into the second vessel, wherein the second liquid is electrically conductive and comprises an additive such as carbinol denatured oil and a mixture of trimethylsiloxysilicate and cyclopentasiloxane, wherein an amount of the additive is added such that the electrical resistivity of the second liquid is 1012 [Ωm] or lower. a first discharge step which releases the second liquid sucked into the tube in the third suction step to discharge this second liquid into the second vessel; a second discharge step which releases the first liquid sucked into the tube in the second suction step to discharge this first liquid into the second liquid contained in the second vessel; and a third discharge step which releases at least a part of the second liquid sucked into the tube in the first suction step to discharge this second liquid into the second vessel, wherein the second liquid is electrically conductive and comprises an additive such as carbinol denatured oil and a mixture of trimethylsiloxysilicate and cyclopentasiloxane, wherein an amount of the additive is added such that the electrical resistivity of the second liquid is 1012 [Ωm] or lower.