First take a piece of thread having length of 10 yards.
Weight it. then devide it at 10. now you have the weight of one yard.
now multiply it to your desired length.
Cone thread is thread typically used on an overlock "serger" machine. It is thread wound on a cardboard or plastic cone, and is much bigger than a standard thread spool.
The curved surface area of a cone is: pi*radius*slant length.
You cannot.
average the length
The height of?æ a cone is found by use of Pythagoras theorem. Pythagoras theorem states that the sum of the squares of two shorter sides (in this case, the shorter sides are?æ the height and radius of the cone) are equal to?æ the square of the longer side (for this case the longer side is the length of the cone).
Cone thread is thread typically used on an overlock "serger" machine. It is thread wound on a cardboard or plastic cone, and is much bigger than a standard thread spool.
Thread size of bolts is calculated by measuring the depth, width, and length of the threads. This helps to identify specific bolts and patterns.
A tea bag thread measures a few centimeters or inches in length.
Put a thread arround the ball and measure the thread's length.
Sorry, I have no idea where you are, to suggest any place for you. But there are times when I need to hold a large 'cone' of thread at my sewing machine. Put the cone of thread in a large container, and running the thread through the 'eye' of a safety pin ( that you would tape to the sewing machine ) and run the thread past the stem where a spool of thread would normally sit, then thread the machine as usual. It works very well. I hope this is helpful for you.
Curved surface area of a cone = pi*radius*slant length
Curved surface area of a cone = pi*radiud*length of slant
How long is a piece of string? - twice as long as half its length.
Area = πSr + πr² Where: S = the slant length of the cone r = radius of the base πr² = area of the base of the cone πSr = area of outside of cone -------------------------------------------------------------- The surface area of the cone is the sum of the area of the base and the slanted surface. The area of the base is the area of a circle = πr² The area of the slanted surface can be calculated by realising that if the slanted surface is cut by a straight line from the apex to the base it can be "unrolled" into a sector of a circle. Thus it is a fraction of the area of a circle. The length of the circumference of the sector is the length of the circumference of the base of the cone; the length of the whole circle from which this is a sector is the circle with radius of the slant height of the cone; thus: area slanted surface = πS² × ((2πr)/(2πS)) = πSr Thus the surface area of a cone = area base + area slant surface → surface_area_cone = πr² + πSr = πr(r + S) where r is the radius of the base and S is the slant height.
The curved surface area of a cone is: pi*radius*slant length.
This question cannot be answered. It is the thickness of the thread that matters, not the length.
The calculated length is more accurate then the measured length (that is if your math is correct)