Logan Chen

07/26/2023 · Elementary School

\( t \). a) Consider quadrilateral \( A B C D \). i) Which quadrilateral is a translation of \( A B C D \) ? ii) Complete the following statement: \( A(-10 ; 9) \rightarrow \) \( \qquad \) iii) Describe the translation in words. iv) State the rule for this translation in the form \( (x ; y) \rightarrow(\square ; \square) \). b) Consider the quadrilateral LMNO. i) Which quadrilateral is a reflection of LMNO? ii) Complete the following statement: \( M(-2 ;-8) \rightarrow \) \( \qquad \) iii) State the equation of the line in which LMNO has been reflected iv) State the rule for this reflection in the form \( (x ; y) \rightarrow(\square ; \square) \). c) Consider quadrilateral SRQP. i) Which quadrilateral is a translation of SRQP? ii) Complete the following statement: \( \mathrm{Q}(3 ; 1) \rightarrow \) \( \qquad \) iii) Describe the translation in words. iv) State the rule for this translation in the form \( (x ; y) \rightarrow(\square ; \square) \). d) Consider the quadrilateral HIJK. i) Which quadrilateral is a reflection of HIJK? ii) Complete the following statement: \( \mathrm{H}(10 ; 9) \rightarrow \) \( \qquad \) iii) State the equation of the line in which HIJK has been reflected. iv) State the rule for this reflection in the form \( (x ; y) \rightarrow(\square ; \square) \). e) Consider quadrilateral UVWT. i) Which quadrilateral is a reflection of UVWT in the line \( y=x \) ? ii) Complete the following statement: \( U(2 ;-8) \rightarrow \) \( \qquad \) iii) State the rule for this reflection in the form \( (x ; y) \rightarrow(\square ; \square) \)