The Big Bang! At the very beginning of the universe, there was no matter (so no mass) only energy. After a bit of time, the universe cooled off a bit, and matter was able to form, because energy and mass are really the same thing. That's what Einstein's famous E=mc^2 equation means, E is energy, m is mass, and c^2 is a really big number. That means that if you have a huge amount of energy, you can make a tiny bit of mass, and vice versa.
Very nearly all of the mass of an atom is found in the nucleus in the form of Protons and Neutrons. Electrons and "binding energy" contribute a tiny amount of additional mass.
From its nucleons.
Yes, any matter has a mass.
The total mass of all the planets, moons and asteroids, etc. is approximately equal to 0.14% of the mass of the Sun. Of that, more than half is the mass of Jupiter.
Using a Bainbridge mass spectrograph. First of all, in these cases, we must thoroughly understand the cute differences between mass of atom, atomic mass, atomic weight, mass number, calculated mass and real mass. Mass number, simply, is the total number of protons and neutrons (common name nucleon for proton and neutron) present in the nucleus of the atom. Mass of the atom is the total mass of the nucleus and the mass of all the electrons. But atomic mass is the total mass of the constituents of the atom namely protons, neutrons in the nucleus. We calculate the mass of the core by getting the total mass of all the nucleons present in it. Here we use a convenient unit for measuring mass. That one is known as atomic mass unit (amu) which equals to 1.66 x 10-27kg. But the beauty is that this calculated mass is not found when we measure the mass of the nucleus by experimental means. The famous instrument to determine the mass of core accurately is a Bainbridge Mass Spectrograph. The measured mass is slightly less than the calculated mass. This is termed the mass defect. The equivalent energy to this mass defect is termed the binding energy of the nucleus. Actually binding energy is that energy which has already come out when the protons and neutrons come together to form the nucleus hence the mass defect is the mass lost as heat energy. More over there are four isotopes of copper having different number of neutrons in the nucleus. 34,35,36,37. The first and third are normal isotopes (non radioactive) but second and fourth are radio active. The isotopic mass of the isotope you have mentioned is measured as 64.9277 amu.
All protons have the same mass regardless of where they come from. It should be noted, however, that most of the mass in atoms comes from the forces holding the atom together.
It all ready has
come on in the room..by the Georgia mass choir isn't that the one where she sings "come on in the room, Jesus is my doctor and he writes down all my prescriptions, he gives me all my medicine in the room"? That's Georgia Mass Choir
when all the bruthas from your 'hood come together for a meetin'
the mass of the earth exerts gravity on all objects around it
The Bible is used in Mass during the Liturgy of the Word. An Old Testament reading, some psalms, a New Testament reading and a Gospel reading all come from the Bible at this point of the mass. At other points in the mass there are references that come from the Bible, like at the consecration and some prayers.
The answer depends on the notebooks: they come in different sizes. So either you have to measure the mass of the five of them together or IF they are all identical, then measure the mass of one and multiply by 5.
Very nearly all of the mass of an atom is found in the nucleus in the form of Protons and Neutrons. Electrons and "binding energy" contribute a tiny amount of additional mass.
Jewels come in several sizes, but usually their mass will be less than a kilogram.Jewels come in several sizes, but usually their mass will be less than a kilogram.Jewels come in several sizes, but usually their mass will be less than a kilogram.Jewels come in several sizes, but usually their mass will be less than a kilogram.
Depends on the mass. Stars can come in many different colors, and no color at all -> if the mass is high enough, the star is considered a black hole, where the mass generates so much gravitational force that nothing, not even light, can escape.
Its mass
all objects have mass, there is no such thing that exists that mass.