In general, a heavier ball will not travel farther than a lighter one from a catapult because a lighter ball can be launched with more speed, leading to a longer distance. The distance a ball travels when launched from a catapult is more dependent on the speed of the launch than the weight of the projectile.
A lighter ball will generally launch farther in a catapult because it requires less force to accelerate and propel. A heavier ball would require more force to launch and would not travel as far due to the increased mass.
It is better if the object is lighter on a catapult because it will be easier to launch with more speed and distance. A heavier object may not travel as far or have the same velocity upon launch.
A lighter object will generally go farther in a catapult because it can be launched with more speed due to its lower mass. The lighter object requires less force to accelerate and it experiences less air resistance during flight, allowing it to travel farther.
A lighter bullet tends to have a higher velocity and flatter trajectory, which can result in longer range compared to a heavier bullet with the same muzzle energy. However, heavier bullets often have better external ballistics, such as higher ballistic coefficients, which can help them maintain velocity and energy at longer distances, potentially traveling farther. Ultimately, factors like bullet design, velocity, and aerodynamics play a significant role in determining which bullet travels farther.
It is generally believed that lighter paper will fly farther than heavier paper due to reduced air resistance. Lighter paper requires less force to propel it through the air, allowing it to travel a greater distance. However, factors like shape, design, and aerodynamics also play a significant role in determining how far a paper airplane will fly.
A lighter ball will generally launch farther in a catapult because it requires less force to accelerate and propel. A heavier ball would require more force to launch and would not travel as far due to the increased mass.
It is better if the object is lighter on a catapult because it will be easier to launch with more speed and distance. A heavier object may not travel as far or have the same velocity upon launch.
A lighter object will generally go farther in a catapult because it can be launched with more speed due to its lower mass. The lighter object requires less force to accelerate and it experiences less air resistance during flight, allowing it to travel farther.
It depends on the lorry, if it's heavier or carrying heavier things then it will have to travel slower. If it's lighter or carrying lighter things then it can travel faster.
A lighter bullet tends to have a higher velocity and flatter trajectory, which can result in longer range compared to a heavier bullet with the same muzzle energy. However, heavier bullets often have better external ballistics, such as higher ballistic coefficients, which can help them maintain velocity and energy at longer distances, potentially traveling farther. Ultimately, factors like bullet design, velocity, and aerodynamics play a significant role in determining which bullet travels farther.
It is generally believed that lighter paper will fly farther than heavier paper due to reduced air resistance. Lighter paper requires less force to propel it through the air, allowing it to travel a greater distance. However, factors like shape, design, and aerodynamics also play a significant role in determining how far a paper airplane will fly.
WHICH DRIVERWILL HIT THE GOLF BALL FARTHER- HEAVY OR LIGHT
Grains of sand will typically travel farther when blown by wind compared to dust particles. This is because grains of sand are heavier and more resistant to being blown around in the air. Dust particles are lighter and can be easily carried by lighter winds.
A Nerf football is designed to be lighter and more aerodynamic than a pro football, allowing it to travel farther when thrown due to reduced air resistance. The soft, foam material also helps absorb impact and allows for better grip and spin, further enhancing its flight performance compared to a heavier, more rigid pro football.
The distance a catapult can propel a mass depends on multiple factors such as the design of the catapult, the weight of the mass being launched, and the force applied. Generally, larger and more powerful catapults can launch heavier masses over greater distances. The weight of the mass being launched also affects how far it can be propelled, as heavier masses require more force to launch and may not travel as far.
The weight of a car affects the force of gravity acting on it, which in turn affects the car's acceleration down the ramp. Heavier cars experience a greater force due to gravity and often travel a shorter distance down the ramp compared to lighter cars, assuming factors like friction and incline are constant.
The greater the mass of an object, the shorter the distance it will travel when catapulted. This is because a heavier object requires more force to launch it, which can reduce the distance it travels compared to a lighter object with the same launch force.