In the figure, two rectangles ABCDand BEFC are attached together. If A

1.	In the figure, two rectangles ABCDand BEFC are attached together. If AB= x cm, BE= y cm, AD= z cm, a) What is the area of the rectangle ABCD ? b) What is the area of the rectangle BEFC ? c) What is the length of the rectangle AEFD? d) What is the breadth of the rectangle AEFD? e) Then what is the area of the rectangle AEFD ? f) What is the sum of areas of rectangles ABCD and BEFC? g) What is the relation between the area of the rectangle AEFD and the sum of areas of rectangles ABCD and BEFC? Write the relation as an equation.
Answer» Answer: hey DUDE here is your answer. Step-by-step explanation: 1) we know, A. of rectangle ABCD = length * breadth = zX = zx 2) GIVEN, length - y breadth - z A. of rectangle BEFC = y z = yz 3)length of rectangle AEFD = xy (given) 4) breadth of rectangle AEFD = Z. (given) 5)

In the figure, two rectangles ABCDand BEFC are attached together. If AB= x cm, BE= y cm, AD= z cm, a) What is the area of the rectangle ABCD ? b) What is the area of the rectangle BEFC ? c) What is the length of the rectangle AEFD? d) What is the breadth of the rectangle AEFD? e) Then what is the area of the rectangle AEFD ? f) What is the sum of areas of rectangles ABCD and BEFC? g) What is the relation between the area of the rectangle AEFD and the sum of areas of rectangles ABCD and BEFC? Write the relation as an equation.

Answer»

Answer:

hey DUDE here is your answer.

Step-by-step explanation:

1) we know,

A. of rectangle ABCD = length * breadth = z*X = zx

length - y

breadth - z

A. of rectangle BEFC = y * z = yz

3)length of rectangle AEFD = xy (given)

4) breadth of rectangle AEFD = Z. (given)