A football player kicked the ball at the speed of 27.0 m/s as shown in the figure. Determine the range and the height achieved by the ball at the given angle. (Assume that the speeds are the same at a different angle.) Questions: 1. What is the distance traveled by the ball at 20°? 2. How would you compare the distance travelled by the ball at angles of 35° to 55°? 3. At what angle of projection is the distance travelled maximum?

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A football player kicked the ball at the speed of 27.0 m/s as shown in the figure. Determine the range and the height achieved by the ball at the given angle. (Assume that the speeds are the same at a different angle.) Questions: 1. What is the distance traveled by the ball at 20°? 2. How would you compare the distance travelled by the ball at angles of 35° to 55°? 3. At what angle of projection is the distance travelled maximum? 4. What is the height achieved by the ball that is projected at an angle of 70°? 5. Compare the height achieved by the ball projected at 35° to 55°.
Objective:
Solve problems for projectiles launched horizontally and at various analan in thn
horizontal to calculate maximum height, range, and overall time
of flight of the projectile.
Procedure:
Complete the table below.
• A football player kicked the ball at a speed of 27.0 m/s as
shown in the figure. Determine the range and the height
achieved by the ball at a given angle. (Assume that the speeds are the same at a
different angle).
Questions:
1. What is the distance traveled by the ball at 20°?
2. How would you compare the distance travelled by the ball at angles of 35° to 55°?
3. At what angle of projection is the distance travelled maximum?
4. What is the height achieved by the ball that is projected at an angle of 70°?
5. Compare the height achieved by the ball projected at 35° to 55°.
Closure:
Explain the relationship between the angle of projection to the range and height of a projection.
WRAP-UP
Read each statement below carefully and fill in the blank(s) with the correct answer. Answers
may be more than one word. Write your answer on a separate answer sheet. 1. As the angle of
2. The
is achieved if the projectile is fired at an angle of 45° with respect to the
launch
the vertical displacement of the projectile will also
horizontal. 3. At the highest point, the vertical component of velocity is,
reach the maximum height is
angle of 15° will also be the same if it is launched at
example of projectile motion.
and the time to
of the total time of flight. 4. An object launched at an
is an
5. A
VALUING
Mobile legends, clash of clans, and Minecraft are examples of mobile games that are being
played by children of all ages. There are now more people playing mobile games than playing
sports. Sports will make our body fit and healthy, unlike video games where you will be more
exposed to diseases such as high blood pressure because you will gain weight.
Transcribed Image Text:Objective: Solve problems for projectiles launched horizontally and at various analan in thn horizontal to calculate maximum height, range, and overall time of flight of the projectile. Procedure: Complete the table below. • A football player kicked the ball at a speed of 27.0 m/s as shown in the figure. Determine the range and the height achieved by the ball at a given angle. (Assume that the speeds are the same at a different angle). Questions: 1. What is the distance traveled by the ball at 20°? 2. How would you compare the distance travelled by the ball at angles of 35° to 55°? 3. At what angle of projection is the distance travelled maximum? 4. What is the height achieved by the ball that is projected at an angle of 70°? 5. Compare the height achieved by the ball projected at 35° to 55°. Closure: Explain the relationship between the angle of projection to the range and height of a projection. WRAP-UP Read each statement below carefully and fill in the blank(s) with the correct answer. Answers may be more than one word. Write your answer on a separate answer sheet. 1. As the angle of 2. The is achieved if the projectile is fired at an angle of 45° with respect to the launch the vertical displacement of the projectile will also horizontal. 3. At the highest point, the vertical component of velocity is, reach the maximum height is angle of 15° will also be the same if it is launched at example of projectile motion. and the time to of the total time of flight. 4. An object launched at an is an 5. A VALUING Mobile legends, clash of clans, and Minecraft are examples of mobile games that are being played by children of all ages. There are now more people playing mobile games than playing sports. Sports will make our body fit and healthy, unlike video games where you will be more exposed to diseases such as high blood pressure because you will gain weight.
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