Answer:
Step-by-step explanation:
You can think of this as adding the area of the rectangular portion of the deck (length x width) and the semicircular portion (πr^2)/2.
(l×w)+(πr^2)/2
(10×7)+((π2^2)/2
79+2π
Answer:
C. 102 meters.
Step-by-step explanation:
Since we know that dilation changes the all sides of any figure with the same factor.
We have been given two parallelograms and lengths of their corresponding sides. We can see that side length 3.5 m corresponds to side length 21 m. Let us find factor of dilation from our given side lengths.
The factor of dilation is 6, which means that sides of larger parallelogram are 6 times the sides of smaller parallelogram.
We have been given that perimeter of smaller parallelogram is 17 meters, therefore, the perimeter of our larger parallelogram will be 6 times the perimeter of smaller parallelogram.
Therefore, the perimeter of larger parallelogram will be 102 meters and option C is the correct choice.
7 x 3= 21 you can also use a calculator to help you
The answer is 2.5 x 10^-15
Hope this helps.
One variable on each axis