CIS$1115$ SP$2024$ ch$04\_$lab$02$

The area of a rectangle is the length times the width.

Complete the python program, utilizing online GDB$,$ below to do the following:

$1.$ prompt for the length and width of two $(2)$ rectangles, call them R$1$ & R$2$

$2.$ calculate the area for each rectangle

$3.$ determine and display which rectangle has the greater area

$4.$ if neither are greater, display that result

$========================$ copy program below this line $===================================$

# student name $2024$SP ch$04\_$lab$02$

$\text{'}\text{'}\text{'}$

The area of a rectangle is the length times the width.

Complete the python program, utilizing online GDB$,$ below to do the following:

$1.$ prompt for the length and width of two $(2)$ rectangles, R$1$ & R$2$

$2.$ calculate the area for each rectangle

$3.$ determine and display which rectangle has the greater area

$4.$ if neither are greater, display that they are equal

$\text{'}\text{'}\text{'}$

# student name $2024$SP ch$04\_$lab$02$

$\text{'}\text{'}\text{'}$

The area of a rectangle is the length times the width.

Complete the python program, utilizing online GDB$,$ below to do the following:

$1.$ prompt for the length and width of two $(2)$ rectangles, R$1$ & R$2$

$2.$ calculate the area for each rectangle

$3.$ determine and display which rectangle has the greater area

$4.$ if neither are greater, display that they are equal

$\text{'}\text{'}\text{'}$

# $==========================$ prompt for input

length$=$float$($input$(\text{'}$enter the length for #$1$ rectangle $\text{'}))$

width$=$float$($input$(\text{'}$enter the width for #$1$ rectangle $\text{'}))$

R$1=$length$*$width

if R$1>$R$2$:

print$(\text{'}$rectangle R$1$ is larger than R$2\text{'})$

elif