yards and miles i doubt the building is over 2 miles high but if it is use miles. if not, yards
The US quarter is 1.75 mm thick. One million of them stacked would be 1,750,000 mm high (or 17,500.00 cm, or 175 meters). In inches and feet, the quarter being .069 inches thick, one million stacked would be 69,000 inches, or 5,750 feet, or 1 mile and 156.6 yards.
At 0.069 inch per quarter that is about 414,000 inches, or over 6.5 miles ( assuming they don't topple over!)
2 feet is as high as 24 inches
2304 Inches cubed
horses sizes are measured in hands. 1 hand is 4 inches. so if a horse is 16hh, hh is hands high, and to find the measure in inches, you would have to multiply 16x4. which would be 64, i think. i did it in my head so if im wrong im sorry! xD
The height of a horse is determined by the number of hands he is from the ground to the top of his withers. The king of England decided to measure them that way, so he measured a horse with the width of his hand, 4 inches, so each hand is four inches. Say a horse was 16 hands high. That horse would be 64 inches high. if you are measuring a small pony, you just measure from the ground to his withers in inches.
8! 4 inches = 1 hand I know this because when you measure the height of horses it is measured in hands e.g. 15hh (hands high) and anybody who knows anything about horses knows how many inches are in a hand! :D
Use a voltmeter with a high input impedance and measure at the source the voltage.
The size of high speed pressure varies greatly based on how it is measured and the application it is used in. Some high speed pressure houses measure less than an inch while others may be several inches in diameter.
It is measured from the center of the hoop.
Well, normal miles or kilometers would be far too small for the scale of distance between stars. It's basically like saying I am going to measure the whole Earth in inches. It is going to be quadrillions of inches. There is no way! Same with stars the number is too high and light years are easier.
it is used to measure very high voltages which can not be measured with volt meter.
High voltage and low resistance would cause high amps. E = I R or I = E/R. PS E would be electromotive force measured in volts. R would be resistance measured in ohms. I would be current flow measured in amps.
The most common size of copy paper, notebook paper, and typing paper in the US is 8½ inches wide by 11 inches high. In many other countries, A4 is the most common size of paper; A4 paper is 8.3 inches wide by 11.7 inches tall.
I don't measure a man's success by how high he climbs but how high he bounces when he hits bottom. George S. Patton
You would use the Pathogorean Theorem which is a2 + b2 = c2. The 16 inches is either a or b and the 20 inches is c, solve for the remaining variable, which in this case is 12.