measure/360=arc length/circumference. C=pi*diameter, so you now have (known value)/360=(known value)/(pi*diameter). With only one unknown value, you can now find the diameter.
If you have only the arc length then you cannot find the diameter.
More information is needed. One of the sides or the diagonal length has to be known, unless you have a square, in which case you divide the perimeter by 4.
You cannot find the area of a rectangle if you only know its length. You need to know its width too. Then you multiply its length by its width.
One characteristic of a line is that the length continues on forever.You can only find the length of a line segment.
It is not possible.
measure/360=arc length/circumference. C=pi*diameter, so you now have (known value)/360=(known value)/(pi*diameter). With only one unknown value, you can now find the diameter.
If you have only the arc length then you cannot find the diameter.
More information is needed. One of the sides or the diagonal length has to be known, unless you have a square, in which case you divide the perimeter by 4.
You cannot find the area of a rectangle if you only know its length. You need to know its width too. Then you multiply its length by its width.
the weight should be change by the diameter of the rod.one rod length is thirteen meter and it should be measured in meter only. The formulae to find the weight of rod is d square /162 and you wil get unit weight then multiply it in length then u got a weight of the rod.
One characteristic of a line is that the length continues on forever.You can only find the length of a line segment.
One other angle or the length of one other side must also be known.
No, the length of an object is not affected by gravity. Gravity influences the weight of an object, but not its physical dimensions.
If you only know the length, and nothing else, you can't. If you know the length and the volume, you can calculate the diameter.
A spring device can only measure an object's weight. In order to find its mass, you then have to either compare its weight with the weight of a known mass, or else use the value of gravitational acceleration to calculate the mass from the weight.
you can't