Yes, the path of an object's projectile motion can depend on the angle of a catapult. Changing the angle at which the object is launched from the catapult would alter the initial velocity and direction of the projectile, affecting its trajectory and resulting in a different path.
Catapults involve translational motion as the arm moves forward to launch the projectile. Additionally, there is rotational motion as the arm pivots around an axis during the launching process.
Catapults demonstrate principles of physics, such as projectile motion and potential energy conversion to kinetic energy. They illustrate concepts like force, acceleration, and trajectory through the mechanics of launching objects over a distance. Additionally, catapults highlight the importance of factors like angle of release and mass of the projectile in determining its flight path.
horizontal velocity
No, objects with different masses will not cover their projectile motion at the same time, even if they are given the same initial velocity and launched from the same height. This is because the motion of an object is influenced by both its mass and the force acting on it, meaning objects with different masses will follow different trajectories.
the force of gravity, which acts to accelerate the object downward towards the Earth. This force causes the object's trajectory to follow a curved path, known as a projectile motion.
Catapults involve translational motion as the arm moves forward to launch the projectile. Additionally, there is rotational motion as the arm pivots around an axis during the launching process.
Catapults demonstrate principles of physics, such as projectile motion and potential energy conversion to kinetic energy. They illustrate concepts like force, acceleration, and trajectory through the mechanics of launching objects over a distance. Additionally, catapults highlight the importance of factors like angle of release and mass of the projectile in determining its flight path.
Projectile motion also known as trajectory this is one of the most famous examples of motion in two dimensions in other words a projectile experience motion in the horizontal and the vertical. the path taken by a projectile looks like a parabola (but it is not necessary for it to be a complete one ) there are some famous examples of trajectories like the motion set by a catapult or the motion set by a bullet.
horizontal velocity
the frame of referance
No, objects with different masses will not cover their projectile motion at the same time, even if they are given the same initial velocity and launched from the same height. This is because the motion of an object is influenced by both its mass and the force acting on it, meaning objects with different masses will follow different trajectories.
the force of gravity, which acts to accelerate the object downward towards the Earth. This force causes the object's trajectory to follow a curved path, known as a projectile motion.
well...projectile motion is made of two different motions, or movements- horizontal movement and vertical movement so... i guess that it
Projectile motion has two components horizontal motion and vertical motion. Gravity affects only the vertical motion of projectile motion.
Some of the factors that determine the movements of a projectile include: air resistance, force of gravity, initial launch velocity, the angle a projectile was launched at, and the objects initial elevation.
Projectile.
motion of a projectile