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Yes it is, but in small quantities.
Cloud seeding - is dropping quantities of microscopic particles into the upper atmosphere - with the intention that water molecules will 'stick' to the particles - and thus create rain.
Scalar quantities are physical quantities that can be described with a single value. They are unlike vector quantities which require both magnitude and direction.
The oxygen in Earth's atmosphere comes from photosynthesis, which is carried out by plants and algae. Earth is the only planet known to have life, which is the only way we know of that would cause a planet to have an oxygen-rich atmosphere. Oxygen can form from the chemical breakdown of water via sunlight, but only in trace amounts.
The Moon has an extremely thin atmosphere. It's about what you could get with a good roughing pump (forepump, rotary pump) in an Earth laboratory. However, it's not much like Earth's atmosphere at all, and in fact contains significant quantities of things like sodium (again, remembering that we're still talking about a pretty good vacuum here).So, for practical purposes: no, there is no air on the Moon.That's right, there's no air on the moon.
The quantities of production in mass of a particle with velocity describe momentum.
Yes it is, but in small quantities.
quantities of productive inputs
Yes, but in very small quantities. Very very small quantities, Mercury's atmosphere is basically a vacuum.
Ozone, although in large quantities it can also be poisonous.
The most abundant is nitrogen.
Breathable oxygen, or O2, did not exist in large quantities in the atmosphere until after the evolution of photosynthetic organisms. Hence, early organisms had to have an anaerobic metabolism, or one that did not require oxygen. However, compounds containing oxygen, such as water, have always been necessary to organisms.
An athlete produces large quantities of sweat as a result the kidneys change the rate of urine production. This is because decreased urine production increases the amino acids in the blood.
Such a term is commonly known as mass production.
iron
adding large quantities of several gases, such as sulfur dioxide, to the atmosphere as well as volcanic ash and dust.
Capability Production Document (CPD)