It would stretch for 24,901.55 miles.
There is no "why", because it doesn't make sense. The equatorial circumference of the Earth is about 24,900 miles. If you try to arrange six billion things along that line, you can only allow an average of about 1/4 inch per each ... hardly a "stretch".
Spheres only have one diameter. Planets are a little different than spheres in that they tend to bulge at the equator, so the size of their diameter depends on where you measure it. Planets are usually measured along the equator, but you could measure them in an infinite number of places.
Somewhere along the equator...
Because it will stretch and be incorrect.If we use an elastic measuring tape to measuredistance, it may stretch while measuring the distance,thus the measurement will be incorrect.
The question could have been written more clearly, I think.Anyway, the answer is "right ascension".That's one of the coordinatesused to define the positionof an objectin the sky on the "celestialsphere".It is angular distance, measuredeastward from the Vernalequinox, along the "celestialequator".
B/C if the tape could stretch you'd register different lengths for the same distance depending on how hard you pulled at the tape measure.
Yes because you could stretch the rubber band long and it will go far but if you stretch short it will not go as far. the materials you need is rubber bands a tape measure or meter stick paper pencil
They could stretch around the entire planet 2 times.
If you could slice the world in two along the equator, the top half is the northern hemisphere, and the bottom half is the southern hemisphere.
No, the equator could be said to be the opposite of the Polar regions.
well... you could just put them on and stretch them
yes, you just even used it in a question. like the equator is.....