565.5m^2
A line segment drawn through the centre of a circle and having endpoints on the circumference of that circle is called the diameter. Notably, a line segement with one endpoint at the centre of the circle and one anywhere on the circumference of the circle is called the radius, and is exactly half the length of the diameter.
Yes, unless it's defined as a line segment having end points.
D=Diameter L=Length ={(D^2)/(162)*L}
3.14 x 7 x 7 is the approximate area of a circle having a diameter of 14 units. The answer is 153.86 square units.
The equation works out as: (x-1)2+(y-4)2 = 25 whereas (1, 4) is the circle's centre and 25 is the radius2
is the diameter of a sphere having same volume as that of the paricle.
More information is needed such as the spherical chord of the segment but in general: Volume of a sphere: 4/3*pi*radius cubed Surface area of a sphere: 4*pi*radius squared
The diameter of a circle is the length of any line segment drawn through the center of the circle and having endpoints on the line that defines the circumference of the circle. It can also be defined as twice the radius of the circle, with a radius being a line segment with an endpoint at the center of the circle and one on the circumference of the circle.Diameter is a length measurement
A line segment drawn through the centre of a circle and having endpoints on the circumference of that circle is called the diameter. Notably, a line segement with one endpoint at the centre of the circle and one anywhere on the circumference of the circle is called the radius, and is exactly half the length of the diameter.
cylindrical bulb is more sensitive than the spherical bulb.
The Earth is a Oblate Spheroid which means having an equatorial diamater greater than the Polar diameter. The word Oblate is from the Latin, Oblatus. The description was offered by the Greek Astromomer Pythagoras, 6th Centurey BC
The Earth is a Oblate Spheroid which means having an equatorial diamater greater than the Polar diameter. The word Oblate is from the Latin, Oblatus. The description was offered by the Greek Astromomer Pythagoras, 6th Centurey BC
Diameter of a sphere having the same volume as the particle
A lens
A line segment
a circle having a diameter of 1.4732 meters has an area of about 1.7 square meters.
A segment or curve cannot start and then start again without having stopped!