Given what we know, we can confirm that the equation to model the situation can be created by multiplying the mass of the astronaut by the force of gravity on earth.
<h3>What is Mass and the force of gravity?</h3>
- Mass is the amount of matter in an object or body.
- What we refer to as weight, is really the force being applied by an object together with the force of gravity.
- Gravity is an invisible force applied by the earth on all objects.
- Together will mass, these forces create what we know as weight.
Therefore, we can confirm that the equation to model the situation can be created by multiplying the mass of the astronaut by the force of gravity on earth, which would be 7.2 kg of mass multiplied by 9.807 m/s² which will result in a "weight" of 156.6 pounds or 71 kg.
To learn more about gravity visit:
brainly.com/question/1479537?referrer=searchResults
i don't know why you're not fair
i give you my love, but you don't care
the answer is D. Air will move from an area with higher pressure to an area with lower pressure :)
The Eukarya domain.
The organisms can be divided into three domains, based on the type of cell that the organism is made of:
<span><span>
Bacteria domain: cells do not contain a nucleus.
</span><span>
Archaea: cells don't contain a nucleus and they have a different cell wall from bacteria.</span><span>
Eukarya: </span></span>They keep their genetic material inside the nucleus. Composed by animals, protists, plants and fungi
I think it would be 50% because it could land on heads just as much as it lands on tails. its a even chance it could land on whichever it chooses to.
