The easiest method is to weigh the water ... weigh the cup empty and full and
take the difference ... and then divide the weight by the acceleration of gravity.
Since the acceleration of gravity is well known on Earth, that method is accurate
and easy, but it wouldn't work in another place where you didn't already know
the value of that quantity.
The massing of a liquid in beaker is relatively simple procedure. The first step is to zero the scale. Second, an empty, clean, and dry beaker should then be massed. The mass should be recorded. The beaker than should be massed again with liquid. The liquid mass can then be mathematically derived by subtracting the initial mass from the final. As density, mass and volume are related, temperature should be measured and recorded as a control.
1st: Find the area of the bottom of the cup times the depth of water. = volume of straight cylindrical portion of water in the cup
2nd: then find the area of the top of the tapered portion, subtract the area of the
bottom of the cup.
3rd: multiply answer of 2nd by water depth x 1/2, this gives the volume of the tapered portion of the cup.
4rth: add volume 1st to volume in 3rd. = total volume of water in the cup.
Water has a simple mass to volume conversion:
1 mL = 1 g
So, once you have the volume of water in the cup in milliliters, you also have the mass of water in grams.
Example: 50 mL = 50 g
You hanve to weigh the paper cup and jote down the answer. Then put the certint amount of water in the cup and weigh again. Finaly you subtract the differents
You hanve to weigh the paper cup and jote down the answer. Then put the certint amount of water in the cup and weigh again. Finaly you subtract the differents
Firstly, weigh the empty cup. Then weigh the cup with the water and subtract the mass of the cup.
Weigh the water while in the beaker. Empty the water and weight the empty beaker. Subtract the 2nd weight from your original weight, and you'll have the mass of the water.
- Weight the water with the container.
- Empty the container and weight.
- Calculate the difference for the water mass..
Put it on the scales
The density remain unchanged.
When salt water is poured into a glass containing cold tap water, the salt water will collect and settle at the bottom of the glass. This is due to the salinity and density of the salt water.
the plants must not absorbe a lot amount of water and thus it leads to death of the plant.the plants also need only a certain amount of water.
Pour some water into a measuring cup or a graduated cylinder,measure how much water you have poured into your container.After you have done this,drop the object into your container and see how much water it has displaced.Then subtract the original amount of water from the amount of water displaced and your answer should be the volume of the object(This procedure is called Water Displacement,sort of obviously).
1. Decantation and elimination of the oil. 2. Filtering of the muddy water throught fine sand. 3. Filtering after by another filter: textile, paper, ceramic, metallic. 4. Chlorination, fluorination or ozonization of this obtained water.
no because if it did wen u poured your water in your cup it wood suck it up.
Rags were pounded into pulp with hammers, and placed in water. The mixture was constantly stirred so it would never settle in the bottom. After a certain amount of time, the mixture was poured out and put in a special machine, (i think...) and the color depended on the rags and water. Later about 1770, when rags became scarce because of the amount of paper makers, different things were tried. Wood was finally discovered and that's how we make it today!
gravity pulls the water down when it is poured
None. Water contains no fibres and so no amount of water can make paper.
Yes. The thicker the paper towel the more water it can absorb.
If You Change The Paper Brand Then Not Alot Of Water Could Be Absorbed .
800 milliliters or 0.8 liters
Tea was brewed just as coffee was - by putting the tea in a pot, and pouring boiling water over it, and then letting it steep a certain amount of time. The tea was then poured out through a strainer to keep the tea leaves out of the cup.
Yes but certain types dont
The water company will not cancel your water bill after a certain amount of years as it remains a charge on the account. Until this has been paid, water service will not be able to be restored.
Can you explain why the coin was seen when water was poured into the cup?
Water and water