Nonpariel, as these delights are alternately known, could form the basis of a simple experiment. 1. Measure 10ml of water into a small container, and mark the height. 2. Carefully dry the container, and weigh it. 3. fill your container up to the 10ml mark you established. 4. now count the number of nonpariel. From the weight of your container+nonpariel, subtract the weight of the container. 5. You now know the weight of your number of nonpariel. 6. Multiply this number by 100 to obtain the number of them in 1l. 7. You're there!
This depends a lot on the size of the jug ... If its a fairly small one, you might use ml (milliliters, 1/1000s of a liter) For a larger one, especially if it is used commercially, you could use cl (centiliters, 1/100s of a liter or 10 ml) A really big one you would measure in l (Liters, 1 l = 10 cl = 1000 ml)
There are 25 prime numbers from 1 to 100.
1 ms = 0,001s = 10-3s = 1/1000s = one-thousandth of a second
1 million pounds/100 = 10,000 pounds.
1 kilo liter = 1000 liters 1 liter = 1/1000 kilo liter = 0.001 kilo liter
7 lots of 1000s 5 lots of 100s 6 lots of 10s and 1 lot of 1.
This depends a lot on the size of the jug ... If its a fairly small one, you might use ml (milliliters, 1/1000s of a liter) For a larger one, especially if it is used commercially, you could use cl (centiliters, 1/100s of a liter or 10 ml) A really big one you would measure in l (Liters, 1 l = 10 cl = 1000 ml)
0.039370079
That varies from computer to computer. I have a small one that takes less than 1 Ampere, some very big ones take 100s to 1000s of Amperes.
There are 25 prime numbers from 1 to 100.
1 liter equals 1 liter.
1 liter = 1.05 quart 1 quart = 0.94 liter
1 ms = 0,001s = 10-3s = 1/1000s = one-thousandth of a second
1 liter
1 million pounds/100 = 10,000 pounds.
1 liter = 4.22 cups 1 cup = 0.23 liter
1 liter = 2.11 pints 1 pint = 0.47 liter