No, the 2 lines can never ever be both parallel and perpendicular if I'm not mistaken. This is because a set of parallel lines will never touch each other at all. However perpendicular lines are two lines that meet up to get an angle of 90. You cannot have two lines that never touch and touch at the same time.
Answer to what? We need the question
Answer:
Option a, (x-26)x
Step-by-step explanation:
Length is 26 units less than its width, let the length be x, so the width is x+26, so it's area will be their multiplication,
x(x+26)
since the formula to find area is (length×width)
However thing to note, if you assume the width to be x, the the length will be (x-26), so here the area becomes (x-26)x
since here the length is less than width, (x-26)x is the answer we will use.
Answered by GAUTHMATH
Answer:
3×d+5b×3
=3d+15b.
I think it will help you.
The coin should land on heads around 50 times
