Projectile motion two dimension.pptx
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Projectile motion two dimension.pptx
- 1. Projectile Motion: Motion in Two Dimensions
- 2. it will fall back to the ground due to the effect of gravity SEPAK Projectile motion The motion of the "Sepak" Projectile The “Sepak” itself Trajectory The "Sepak" travels in a curved or parabolic path
- 3. There are two coordinates usually used to describe projectile motion: horizontal and vertical axes. The horizontal distance traveled by the projectile is called the range. While the vertical distance, that is, the distance from where it was launched to the top most point of its path, is called its height.
- 5. A notable thing to note is that the same range is obtained from two different projection angles– complementary angles. A body thrown into the air at an angle of 75º, for example, will have a similar range as if it were thrown at the same speed at an angle of 15º. This means that the 75º angle and 15º angle are called complementary angles.
- 6. complementary angles - angles whose sum is equal to 90º. A maximum range is attained when an object is launched 45º from the horizontal.
Notes de l'éditeur
- When the player hits the "Sepak," you know that it will fall back to the ground due to the effect of gravity; the motion of the "Sepak" is called projectile motion. The "Sepak" itself is called projectile. The "Sepak" travels in a curved or parabolic path called trajectory and will also go towards the ground, especially if air resistance is negligible. This curved path or parabolic path has also been observed in Activity 1 as you tried to launch the marble at different angles on an inclined surface. Regardless of the projection angle, the projectile will always follow a specific path due to the pull of gravity.
- When the player hits the "Sepak," you know that it will fall back to the ground due to the effect of gravity; the motion of the "Sepak" is called projectile motion. The "Sepak" itself is called projectile. The "Sepak" travels in a curved or parabolic path called trajectory and will also go towards the ground, especially if air resistance is negligible. This curved path or parabolic path has also been observed in Activity 1 as you tried to launch the marble at different angles on an inclined surface. Regardless of the projection angle, the projectile will always follow a specific path due to the pull of gravity.
- When the player hits the "Sepak," you know that it will fall back to the ground due to the effect of gravity; the motion of the "Sepak" is called projectile motion. The "Sepak" itself is called projectile. The "Sepak" travels in a curved or parabolic path called trajectory and will also go towards the ground, especially if air resistance is negligible. This curved path or parabolic path has also been observed in Activity 1 as you tried to launch the marble at different angles on an inclined surface. Regardless of the projection angle, the projectile will always follow a specific path due to the pull of gravity.
- When the player hits the "Sepak," you know that it will fall back to the ground due to the effect of gravity; the motion of the "Sepak" is called projectile motion. The "Sepak" itself is called projectile. The "Sepak" travels in a curved or parabolic path called trajectory and will also go towards the ground, especially if air resistance is negligible. This curved path or parabolic path has also been observed in Activity 1 as you tried to launch the marble at different angles on an inclined surface. Regardless of the projection angle, the projectile will always follow a specific path due to the pull of gravity.