its a 4 by atleast 50 by atleast 4 centimeters
2
(pi) π=3.14 r²= radius to the second power A = πr² A = π * 6² A = π * 36π A = 3.14 * 36 A = 113.04
Any closed bounded subset of a metric space is compact.
A discrete topology on the integers, Z, is defined by letting every subset of Z be open If that is true then Z is a discrete topological space and it is equipped with a discrete topology. Now is it compact? We know that a discrete space is compact if and only if it is finite. Clearly Z is not finite, so the answer is no. If you picked a finite field such a Z7 ( integers mod 7) then the answer would be yes.
Circumference = pi * diameter28.26 = 3.14159 * dd = 28.26 / 3.14159d = 9.0028.26 / 3.14159 = 8.99544498
yes because they are more compact and balanced. The strongest shape is a triangle, so putting two obtuse triangles together to form a square is how most structures are created to be stable.
Just get a small cardboard box and stick it where you want it.
They are flash or black powder compact with cardboard and a fuse
Area is calculated using the value of pi times the square of the radius. Therefore, the area of a standard compact disc is 113.0976 square centimeters.
It is 0.377 metres.
they smell like paper and compact mariJJJJUANNA in the interior of the paper aswell as a smint of cardboard from the RoaAAAAcH. Thank You
Area of disc: pi*6^2 = 36*pi square cm
Divide the circumference by the value of Pi and divide the result by 2 - that will give you your answer.
A = pi * r^2 A = pi * 6^2 A = 36pi If you are using 3.14 for pi, then ANS : D.) 113.04 cm^2
Sub compact is smaller than compact.
The most compact design is a sphere but that is not stable. The good compromise is a cube. A cubic carton will require 600 cm3 for 1 litres and 952.4 for 2 litres.
what is a compact
A compact surface is a surface which is also a compact set. A compact surface has a triangulation with a finite number of triangles.