At high altitude; you are further away from Earth's centre of mass, so the distance is greater and the force due to gravity is lessened.
"Alitude" appears to be a typographical error. If you meant "altitude," it refers to the height of an object or point in relation to sea level or ground level. Altitude is commonly used in aviation, geography, and meteorology to describe the elevation of locations or aircraft. If you meant something else by "alitude," please clarify for a more accurate response.
NO
28 = 4 x 7. Job done unless it's a triangle.
Pretty much. But not height of a person, more like flying height of an aeroplane, the height of a big mountain, things like that.
The top-down approach in Data Flow Diagrams (DFD) involves breaking down a system into its high-level components and then progressively detailing each component into smaller, more specific processes. This method starts with a broad overview of the system, represented by a high-level DFD, and gradually refines it into lower-level diagrams that illustrate the specific data flows and processes. This hierarchical structure helps in understanding the overall system while ensuring clarity and organization in design. It is particularly useful for identifying relationships and interactions within complex systems.
A permanent move from sea level to a high-altitude area can lead to an increase in red blood cell (RBC) count. This is the body's response to the lower oxygen levels at high altitudes, as having more RBCs helps in delivering oxygen to tissues more efficiently in such environments.
Altitude sickness occurs when people increase altitude too quickly. What is the cause of altitude sickness? Acute mountain sickness is caused by reduced air pressure and lower oxygen levels at high altitudes. The faster you climb to a high altitude, the more likely you will get acute mountain sickness. You are at higher risk for acute mountain sickness if: You live at or near sea level and travel to a high altitude. Oct 16, 2017
Altitude Trekking is only used for high mountains like in Himalaya, India. Altitude basically represents the height from the sea level, as u go high, you will trek on more high altitude mountains.
The temperature and level of oxygen. High altitudes sometimes have more snow and low altitudes are usually drier.
You would weigh less on a high mountain peak due to the decreased gravitational force at higher altitudes, which is farther from the center of the Earth. At sea level, you would weigh more due to the stronger gravitational pull closer to the Earth's center.
You would weigh slightly more at the bottom of Death Valley compared to the top of Sierra Nevada peak. This is due to the difference in altitude; gravity is slightly stronger at lower elevations. While the difference is minimal, the increased gravitational pull at sea level (Death Valley) versus the reduced pull at high altitudes (Sierra Nevada peak) means you weigh more in Death Valley.
no you would weigh less at the top of the skyscraper
At high altitude the level of oxygen is very less as compared to that of the lower region so, the process of respiration causes the red blood cell more active around the cheek. This causes to seem the red cheek of people living in high altitude.
The pressure in high altitude regions is lower than at sea level because there is less atmosphere above pushing down on the surface. This decrease in pressure can result in lower oxygen levels and make it more challenging for some people to breathe.
altitude refers to elevation above mean sea level. This measurement is determined most accurately by triangulation with optical instruments. The altitude of an airplane, however, is measured most accurately by means of a radio altimeter. Light reflect regularly in low altitude but light reflect irregular in high Altitude. The more altitude the less temperature and the less altitude the more temperature. At per 160-165m the altitude the temperature differs by 1 degree centigrate. bye cheers Shirshak Bajgain
Athletes train at high altitude to improve their aerobic capacity and red blood cell production. The lower oxygen levels at higher altitudes stimulate the body to adapt by producing more red blood cells, which can enhance endurance performance at sea level. Additionally, training at high altitude can also help athletes acclimatize to compete at similar altitudes.
altitude is the height above sea level (normally). if this isn't what you wanted, please be a little more specific in your question