You probably can because perimeter is just adding all your results together so why not? It should pretty easy, unless you completely suck at math.... Then that would bad.
how can you find the perimeter of a cone i.e. a 3d shape!
You break it up into smaller shapes which are less irregular. If these are more regular, you can calculate their contribution to the perimeter, and their area. You can then add these together.
in order to find the perimeter of a shape add up all the sides measurements
The perimeter has nothing to do with the area you have to times the width times height times length and that will give you the area of the shape
It is very hard but if you have the right stuff you can do it.
Break the composite shape down into simple units. Find the perimeter and area of each and then add these up as appropriate. If the shape cannot be broken down easily you may have to rely on integration or numerical methods.
Not easily. You need to find the area or perimeter of the components and sum them.
To find the distance around the shape
With some effort. You find the perimeter of each relevant section and add them all together.
You find perimeter by adding all the sides of a figure.
All you do is add up all the sides to find the perimeter even though it is a odd shape
There are many formulas for perimeter depending on what shape you are trying to find the perimeter of. The perimeter is the distance around a shape, so one formula to find perimeter is simply adding all the side lengths together.
how can you find the perimeter of a cone i.e. a 3d shape!
Perimeter = The sum of the lengths of all sides of a shape
Anyone who has mastered the measurement of lengths and simple addition can find the perimeter of a plane shape.
When the shape is a circle, then the perimeter is called"circumference".The circumference IS the perimeter of a circle.
You break it up into smaller shapes which are less irregular. If these are more regular, you can calculate their contribution to the perimeter, and their area. You can then add these together.