This question is subjective.
That would probably be a single photon. Although photon is energy, due to the mass-energy equivalence principle, you can consider a photon to be matter. It is affected by gravity.
An electron is also a fundamental particle that can be easily produced in the lab. It has a reast mass (and a negative charge).
Normal ranges on blood tests depends on the laboratory that draws the blood.
Plasma proteins are proteins that are present in blood plasma. The normal laboratory value of plasma total protein is around 7 g/dL.
The Control Group
Temperature
Under normal conditions- without the thing you are testing for so that you can compare.
tell whether each fraction is in simplest form. if not, write it in simplest form, tell whether each fraction is in simplest form. if not, write it in simplest form,
Elements
Substance that cannot be changed into a simpler substance under normal laboratory conditions are elements. A physical blend of two or more substances that are not chemically combined is a mixture.
Hydrogen is a gas in normal conditions.
Under normal conditions, chlorine is a gas. It occurs naturally as Cl2, and it has a yellowish color to it.
Water would be the best solvent compared to other liquids in normal household/laboratory conditions.
oxygen
Argon is a noble gas and is typically unreactive, so it does not form many compounds under normal conditions. However, argon can form stable compounds with fluorine, such as argon fluorohydride (HArF), under extreme conditions. These compounds are usually only observed in laboratory settings or under high pressure conditions.
In normal conditions, lithium and helium do not react with each other because they are both inert elements. However, under extreme conditions such as in a laboratory setting with high temperatures and pressures, it is possible for lithium to react with helium.
No. They eat seeds and other vegetable matter.
Normal ranges on blood tests depends on the laboratory that draws the blood.
There is at least 5 times as much dark matter than normal matter. "Normal" matter in this case includes all matter of known composition, including stars, interestellar gas and dust, and even black holes.There is at least 5 times as much dark matter than normal matter. "Normal" matter in this case includes all matter of known composition, including stars, interestellar gas and dust, and even black holes.There is at least 5 times as much dark matter than normal matter. "Normal" matter in this case includes all matter of known composition, including stars, interestellar gas and dust, and even black holes.There is at least 5 times as much dark matter than normal matter. "Normal" matter in this case includes all matter of known composition, including stars, interestellar gas and dust, and even black holes.