True
It won’t be a Prefect Triangle but it still is one
(sorry my drawing is bad)
Answer: 11.8 km
Step-by-step explanation:
The resulting figure is a right angled triangle shown below

Answer: -1
2-1=1
1/-3+2
1/-1
=-1
Answer:
You must provide me with the Width of the Rectangle and the Length of the rectangle, cause the only way to find the area of a rectangle is to use the formula w x h meaning width times height:)
Step-by-step explanation:
So please provide the width and height:)