Match the equivalent expressionsy-0.32y y+0.32y y+2/5y y-2/5y7/5y >>>>

1.	Match the equivalent expressionsy-0.32y y+0.32y y+2/5y y-2/5y7/5y >>>>> BLANK0.68y >>>>>BLANK3/5y>>>>>BLANK1.32y>>>>>BLANKPlease answer.
Answer» SOLUTION GIVEN The given EXPRESSIONS are $\displaystyle \sf{<klux>1</klux>. \: \: \: ( \: y - 0.32y \: )}$ $\displaystyle \sf{2. \: \: \: ( \: y + 0.32y \: )}$ $\displaystyle \sf{3. \: \: \: \bigg( \: y + \frac{2}{5} y \bigg)}$ $\displaystyle \sf{4. \: \: \: \bigg( \: y - \frac{2}{5} y \bigg)}$ GIVEN OPTIONS ARE $\displaystyle \sf{1. \: \: \: \frac{7}{5} y \: }$ $\displaystyle \sf{2. \: \: \: 0.68y}$ $\displaystyle \sf{3. \: \: \: \frac{3}{5} y \: }$ $\displaystyle \sf{4. \: \: \: 1.32y}$ EVALUATION FIRST EXPRESSION $\displaystyle \sf{ \: y - 0.32 y \: }$ $\displaystyle \sf{ = \: y (1 - 0.32) \: }$ $\displaystyle \sf{ = 0.68y \: }$ Hence the correct equivalent expression is $\displaystyle \sf{2. \: \: \: 0.68y}$ SECOND EXPRESSION $\displaystyle \sf{ \: y + 0.32 y \: }$ $= \displaystyle \sf{ \: y(1 + 0.32 ) \: }$ $\displaystyle \sf{ = 1.32y \: }$ Hence the correct equivalent expression is $\displaystyle \sf{4. \: \: \: 1.32y}$ THIRD EXPRESSION $\displaystyle \sf{ \bigg( \: y + \frac{2}{5} y \bigg)}$ $= \displaystyle \sf{ \bigg( 1 + \frac{2}{5} \bigg)y}$ $= \displaystyle \sf{ \bigg( \frac{5 + 2}{5} \bigg)y}$ $= \displaystyle \sf{ \frac{7}{5}y }$ Hence the correct equivalent expression is $\displaystyle \sf{1. \: \: \: \frac{7}{5} y \: }$ FOURTH EXPRESSION $\displaystyle \sf{ \bigg( \: y - \frac{2}{5} y \bigg)}$ $\displaystyle \sf{ = \bigg( 1 - \frac{2}{5} \bigg)y}$ $\displaystyle \sf{ = \bigg( \frac{5 - 2}{5} \bigg)y}$ $\displaystyle \sf{ = \frac{3}{5}y }$ Hence the correct equivalent expression is $\displaystyle \sf{3. \: \: \: \frac{3}{5} y \: }$ ━━━━━━━━━━━━━━━━ Learn more from Brainly :- 1. Sum of rational numbers whose absolute VALUE is 7/3 brainly.in/question/30899277 2. Write the rational number in standard form:78/65 brainly.in/question/24344794