yes. high pressure take away space because when high pressure came together it increase the pressure.
In terms of pressure belts in Weather, there are two distinct forms or variations. There is a Low Pressure belt which results in stormy, cloudy and rainy weather. Accordingly, there is also a High Pressure belt which naturally results in a calm and dry atmosphere. These pressure belts are effected by warming and cooling of the air. There is far more to learn about these and far more I could offer, but I would need significant space to do so. Do some of your own research in the library and in Meteorology courses.
Evaporation can occur at both high and low air pressure, but it generally happens more readily at low air pressure. This is because lower pressure allows water molecules to escape more easily into the air, as there are fewer air molecules exerting pressure on the surface of the liquid. At high pressure, the air is denser, which can inhibit the evaporation process. However, factors like temperature and humidity also significantly influence the rate of evaporation.
Yes and no. When there is a pressure (may it be low or high) in one area, yet the opposite in an adjacent one, strong winds occur. This is because the air wants to level itself out. Example: There is high pressure in Spain, but a low one in Portugal. There will be a strong wind between the two countries.
wide tyres have high grip and traction acc to physics pressure=force/area more the area less will be the pressure so to maintain stability on high loads trucks are provided with big tyres also truck is easy to stear on low pressure
Hypertension means high blood pressure. Blood pressure readings are measured in millimeters of mercury (mmHg) and usually given as 2 numbers. For example, 140 over 90 (written as 140/90). * The top number is your systolic pressure, the pressure created when your heart beats. It is considered high if it is consistently over 140. * The bottom number is your diastolic pressure, the pressure inside blood vessels when the heart is at rest. It is considered high if it is consistently over 90. Either or both of these numbers may be too high. Pre-hypertension is when your systolic blood pressure is between 120 and 139 or your diastolic blood pressure is between 80 and 89 on multiple readings. If you have pre-hypertension, you are more likely to develop high blood pressure at some point. I hope this would be help full for you thank you have a nice day. Hypertension means high blood pressure. Blood pressure readings are measured in millimeters of mercury (mmHg) and usually given as 2 numbers. For example, 140 over 90 (written as 140/90). * The top number is your systolic pressure, the pressure created when your heart beats. It is considered high if it is consistently over 140. * The bottom number is your diastolic pressure, the pressure inside blood vessels when the heart is at rest. It is considered high if it is consistently over 90. Either or both of these numbers may be too high. Pre-hypertension is when your systolic blood pressure is between 120 and 139 or your diastolic blood pressure is between 80 and 89 on multiple readings. If you have pre-hypertension, you are more likely to develop high blood pressure at some point. I HOPE MY INFORMATION WILL BE HELPFULL TO YOU THANK YOU,
In areas of high pressure the air is being squeezed more by the air above it than it is in areas of lower pressure. So the air will tend to get pushed away from the high pressure area.
Cold air has more molecules occupying space than warm air, therefore it has high pressure.
High-pressure boilers can generate more steam at a higher temperature, which increases energy efficiency and reduces fuel consumption. They are also more compact in size and require less space compared to low-pressure boilers. Additionally, high-pressure boilers can achieve faster steam production and respond quickly to changes in demand.
Air always moves from areas of high pressure to areas of low pressure. Therefore, air moves away from high pressure systems, thus creating wind which pushes clouds away. This results in a clear sky at the high pressure system.
High pressure areas typically occur in regions where air descends towards the surface, leading to more air molecules being compressed in a given space. This results in greater atmospheric pressure at the surface, creating a high pressure system. High pressure systems are commonly associated with calm, clear weather conditions.
A solution under high pressure will have more gas dissolved in it compared to a solution under low pressure. This is because the higher pressure forces more gas molecules to dissolve into the solution.
A solution under a high pressure
A solution under a high pressure
Answerbecause the scientific law discovered by newton in 1864 that he wrote down in his book of records the force of gravity which equaled the exponent of the area divided by force would mass out and degoogleplexed the air molecules which eventually pulls down the high pressure into the tropespheric pressure. AnswerBecause we live on earth and the pressure is low when you're in the atmosphere the pressure builds and the more pressure the less air.
Compressed means that you've taken something that is at one size, and then forced all of it into a smaller size. The only way to get the same amount of stuff that was in a bigger space into a smaller space is by packing it tighter. And when you pack something tighter each part will push against the neighboring parts harder than they did before. And when parts starts to push more against other parts that means that the pressure goes up.
It expands, taking up more space, if there is no more space, pressure in the container increases.
A solution under a high pressure