Yes, stadiums with higher altitude can make the ball travel farther because the air is less dense at higher altitudes. This means there is less air resistance, allowing the ball to travel through the air more easily and potentially go higher.
No, blood does not physically thin when you increase in altitude. However, the lower oxygen levels at higher altitudes can lead to the production of more red blood cells to compensate for the decreased oxygen availability. This can make the blood more concentrated, but it does not physically "thin" it.
A ball bounces because it's shape changes when it hits another object, then it returns to it's original form, pushing itself away from the object. When a ball is cold it's molecules don't move as much, so the shape changes less when it hits an object.
when more pressure is applied to a basketball the ball bounces higher. your strength matters. if your strong, you throw the ball on the ground with all your might it will go very high. air inside the ball also matters. if 3/4 of the ball or less is full the ball will barely bounce. in fact there are chances it will not bounce at all no matter how strong you are. you need to make sure that the ball is full of air if you want it to bounce
It has more momentum from a higher height. Because momentum is always conserved, and momentum is the product of mass times velocity, more sand particles must move away faster in order to conserve the momentum of a heavy ball moving fast. The ball is moving faster from a higher height because the acceleration due to gravity (-9.81 m/s^2) increases the velocity of a falling object after each second its been falling.
The death zone is called so because the high altitude and low oxygen levels can be fatal to climbers. Above a certain altitude, typically around 26,000 feet, the body's ability to acclimatize decreases significantly, leading to a higher risk of altitude sickness, cerebral edema, and ultimately death. These extreme conditions make it very challenging for climbers to survive in this zone without supplemental oxygen.
It may or may not because the properties of the filling determine the height to which a ball will bounce.
Altitude does not affect weight directly. However, at higher altitudes, the force of gravity decreases slightly, which can make objects feel lighter. This is because gravity is slightly weaker at higher altitudes compared to sea level.
True
Yes, because the gas molecules in the tennis ball expand. When the molecules expand there energy increases.
When the ball is at a low temperature, the molecules are not flexible and bounce only to a small height. On the other hand, if the ball is warm or at a higher temperature, it will bounce longer heights.
Increasing altitude decreases air pressure. In other words, they are an inverse relationship -- as one goes up, the other goes down. This is why when low-altitude dwellers like along the coastlines travel to mountainous areas, they find it harder to breathe; the air is just thinner at high altitude.
Yes it will because the pressure in the ball will push it up and down
A soccer ball will typically bounce higher on concrete than on grass. Concrete provides a harder and more solid surface, allowing for a better rebound of the ball compared to the softer and more absorbent surface of grass.
Yes. More air in the basketball will make it bounce higher. Yes. Replacing the air with even a lighter gasses, such as helium, results in a higher bounce. It follows that, removing air or using heavier gasses to inflate a ball will result in a lower bounce. YES. Adding more air to the ball lessens the particles in the ball to bounce around. Putting more air in a basket ball will definitely make it bounce higher. If you put light gasses in it like helium then it will bounce even higher. If you take air out of it, it will bounce lower.After a while of putting air in a basketball it starts to bounce lower.
Throw the ball higher up in the air to make a bigger arc. Get taller. Jump higher. Be faster and dodge around the defender and then shoot. Pretty simple.
Tickets in the "nosebleed" section are cheaper because they are usually highest and farthest from the action, thus making them the least desirable. The term may derive from the seats' high altitude, as a higher altitude can make on more prone to nosebleeds.
A quarterback must aim higher than his target because the football will drop due to gravity as it travels through the air. By aiming higher, the quarterback compensates for this drop so that the ball reaches the target accurately.