A small 100 ml glass of water has something like 10^25 atoms in it. That number is greater than the number of people who have ever existed on the planet, past and present. In fact there are more atoms in a glass of water than there are grains of sand on the earth.
it depends on the volume of water but say for example you had a 250ml of water. this = 250grams. according to your periodic table if you add 2 hydrogen and 1 oxygen you get a molar mass (molar mass is the mass of one mole of particles = 6.02 x 10^23) of 1.008+1.008+16=18.016 therefore the one mole or 6.02x10^23 water molecules = 18.016 grams. if we divide 250/18.016 we get 13.878 moles or 13.878 x 6.02x10^23 which finally equals the number of water molecules which equals 8.35x10^24 molecules of water in a 250 ml glass o' water. without scientific notation this equals 8350000000000000000000000 molecules of water
Glass, just like any other physical material, has both of them, nortmally in equal numbers. When a sample of glass picks up extra electrons, it appears to be negatively charged, whereas when some of its electrons are stipped away, it appears positively charged.
Water wets glass because the force of adhesion between the glass molecules and water molecules is greater than the force of cohesion between the water molecules and glass molecules. Mercury does not wet glass because the force of cohesion is greater than the force of adhesion
Yes, most definitely, a penny has many more atoms than the Earth does people.A pre-1982 penny contains about 28,000,000,000,000,000,000,000 copper atoms. Or, 2.8 x 1022atoms.There are about 6 billion people on the planet.
When bonds are broken or formed, here is not always a noticeable outcome. When we induce a chemical reaction we must break bonds and reform new ones to complete a chemical reaction. But in the everyday world, this is constantly being done without any noticeable change. For example a typical glass of water has a mixture of O-H, H2O, and H3O molecules. These molecules are constantly changing. In every glass of water, at any given time, there are countless H-O bonds being broken and then reformed with neighboring molecule. All we see is just some clean, crisp water.
alot of people in the world
it depends on the volume of water but say for example you had a 250ml of water. this = 250grams. according to your periodic table if you add 2 hydrogen and 1 oxygen you get a molar mass (molar mass is the mass of one mole of particles = 6.02 x 10^23) of 1.008+1.008+16=18.016 therefore the one mole or 6.02x10^23 water molecules = 18.016 grams. if we divide 250/18.016 we get 13.878 moles or 13.878 x 6.02x10^23 which finally equals the number of water molecules which equals 8.35x10^24 molecules of water in a 250 ml glass o' water. without scientific notation this equals 8350000000000000000000000 molecules of water
The lines "The world is a glass overflowing with water" are an example of metaphor. This comparison suggests that the world is full of abundance and overflowing with resources or opportunities.
The cast of A Single Glass of Water Lights Up the World - 2008 includes: Julia Orlando Adzuki as Performance
The world is made of atoms, which come together to create land, water, air, and everything on it and in it.
This analogy suggests that the world is full of abundance and resources, likening it to a glass of water that is overflowing with plenty to offer. It conveys the idea that there is an abundance of opportunities, experiences, and resources available to us if we know how to tap into them.
The volume of a glass of water can vary depending on the size and shape of the glass. A standard drinking glass typically holds around 8 to 12 ounces (240 to 360 milliliters) of water. To calculate the volume precisely, measure the height and diameter of the glass and use the formula for the volume of a cylinder (V = πr^2h) if the glass is cylindrical in shape.
30 people in the world are allergic to water.
Glass- Good Luck on Apex
no. to keep it simple all items in the world are made of small particles called atoms.
Glass is made in most countries of the world.
Glass, just like any other physical material, has both of them, nortmally in equal numbers. When a sample of glass picks up extra electrons, it appears to be negatively charged, whereas when some of its electrons are stipped away, it appears positively charged.