No! Weight and height matter!
Weight does not change with altitude or elevation. Your weight is determined by the gravitational force acting on your body, which remains constant regardless of altitude. However, your perceived weight may change due to variations in atmospheric pressure and gravitational pull at different altitudes.
The pressure is low at high altitudes because the weight of the air above decreases as you move higher in elevation. This decrease in pressure can have physiological impacts on the body, such as lower oxygen saturation.
Buoyant force reduces the weight of the body
David Alun Tanner has written: 'Weight and body composition changes as a function of diet during a mountaineering expedition' -- subject(s): Altitude, Influence of, Body composition, Body weight, Diet, Influence of Altitude, Mountaineering, Physiological aspects, Physiological aspects of Mountaineering
How does altitude affect the body? What happens in the body in high altitudes? ... Within the first few hours of altitude exposure, water loss also increases, which can result in dehydration. Altitude can also increase your metabolism while suppressing your appetite, meaning you'll have to eat more than you feel like to maintain a neutral energy balance.
Weight difference or changing
Yes it does! If a runner trains at a high altitude the number or red blood cells in the body increase allowing the person to take in more oxygen another thing is that high altitude causes breathlessness and can cause altitude sickness such as feeling terribly sick, faint, tired, dehydrated many climbers and serious hikers find his a problem!
Absolutely not! Any body has the same mass anywhere. The weight of a body is the effect of gravity on the mass.
Type your answer here... yes it may effect body temp.
Penguins cannot fly. Their body weight and their wing-spread is in contrast to the law of physics for flying.
Yes, running at 1,000 feet altitude can provide a training effect, as it may enhance cardiovascular fitness and improve oxygen utilization. The body adapts to lower oxygen availability by increasing red blood cell production and improving aerobic capacity. However, the effects may be less pronounced compared to higher altitudes, where the oxygen levels are significantly lower. Overall, training at this elevation can still contribute positively to an athlete's performance.
because the the weight aand grav accaleration cancel out effect of each othere