Answer:
law of action and reaction.
Explanation:
In Newton's three laws it is established that forces act in pairs, if one body interacts with another the second interacts with the first, this is the so-called law of action and reaction.
In this case, when the first load pulls on the second, the second pulls on the first, the two forces are not canceled because each one is applied to a different body.
Therefore the magnitude of the forces is the same, but the direction is opposite and each one is applied in a body
Answer:
Because the difference in air temperature of neighbouring air masses causes the wind to blow. Warmer air is less dense, so colder air subsides into the space occupied by the warmer air due to the force of gravity, displacing the warmer air upwards. This is fundamentally the reason temperature change may be accompanied by wind. It is possible to think of situations where only one of these effects is observed at any one place, due to the large size or stationary nature of atmospheric boundary phenomena.
Explanation:
<h3><u>Answer;</u></h3>
Solid
<h3><u>Explanation</u>;</h3>
- Some elements have a low degree of freedom and high intermolecular forces between its molecules. These elements are solid at room temperature.
- Elements can be classified based on physical states, or the states of matter. At room temperature and pressure the Physical States, or states of matter, are solids, gases or liquids and these are referred to as the 3 states of matter.
- Some elements such as most metals are solids at room temperatures, others such as oxygen, hydrogen, nitrogen, etc are a gases and others are liquids.
Answer:
The value of the distance S = 62.5 m
Explanation:
From third law of motion
v = 0 & u = 30
So 0 = 
+ 2 × a × 10
a = - 45 
When the car speed is 75 
then in that case
u = 75 , v = 0
S = 62.5 m
This is the value of the distance.
