a bottle containing a reagent was weighed to show a mass of 45.9726 g. some material was carefully transferred to a reaction flask, and the bottle reweighed to show a mass of 44.8365 g. what mass of the material was transferred to the flask?



Answer :

Mass of the material was transferred to the flask is 1.1367g.

Mass of material transferred =  initial weight - weight after transferred.

                                               = 45.9726 - 44.8365

                                               = 1.1367g

Mass transfer is the net transfer of mass from one location to another (often a stream, phase, fraction, or component). Absorption, evaporation, drying, precipitation, membrane filtration, and distillation are just a few of the processes that involve mass transfer. Various scientific areas use mass transfer for a variety of mechanisms and processes. The expression is frequently employed in engineering to describe physical processes that involve the diffusion and convection of chemical species inside physical systems.

Examples of mass transfer processes include the cleansing of blood in the kidneys and liver, the distillation of alcohol, and the evaporation of water from a pond to the atmosphere. As part of mass transfer activities in industrial processes, chemical component separation in distillation columns, absorbers like scrubbers or stripping, adsorbers such.

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