Solid waste recycling and composting $(30$ points$)$

$\backslash$table$[[$Analysis of the municipal solid waste for a community with a population of $50,000$ revealed the$],[$Component$,\backslash$table$[[$Waste$],[$Stream $(\%)]],\backslash$table$[[$Component$],[$mass in a $100],[kg$ MSW$],[$sample $(kg)$mplementation of a curbside recycling program is estimated to achieve $40\%$ recycle of paper

products, $20\%$ recycle of metals, and $30\%$ recycle of glass. Separate collection and composting

of yard wastes is estimated to reduce quantities of $80\%.$ Implementation of the curbside

recycling and yard waste segregation programs would achieve a reduction in the mass of

municipal solid waste of most nearly:

A$.17\%$ B$.33\%$ C$.50\%$ D$.65\%$

a$.$ Calculate mass $($kg$)$ of each component of municipal solid waste for a $100$ kg

sample. Describe your approach. Show your answers in the table above.

b$.$ Calculate the mass $($kg$)$ recovered $($by recycling or composting$)$ for each component.

Show your calculation for each component. Summarize your answer in the table

above.

c$.$ Calculate the mass $($kg$)$ remaining for each component $($after recycling or

composting$).$ Describe your approach. Show your answers in the table above.

d$.$ Calculate the percent reduction in the mass of municipal solid waste that is

achieved by implementing recycling and composting.

e$.$ What is the closest answer given in the question statement above?