In the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD?
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n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD? n the figure below the lines AB and CD are parallel and M is the mid point of AB. 1) Compute the angles of AAMD, AMBC and ADCM? i) What is special about the quadrilaterals AMCD and MBCD?