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A stone was thrown with initial velocity of 20 m/s at angle 30 degrees above horizontal. If the stone is initially 35 m above the ground. Complete the sentences below.

A stone was thrown with initial velocity of 20 m/s at angle 30 degrees above horizontal. If the stone is initially 35 m above the ground. Complete the sentences below.

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter3: Two-dimensional Kinematics
Section: Chapter Questions
Problem 67PE: An ice hockey player is moving at 8.00 m/s when he hits the puck toward the goal. The speed of the...
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A stone was thrown with initial velocity of 20 m/s at angle 30 degrees above horizontal. If the stone is initially 35 m above the ground. Complete the sentences below.

Hide sidebars b Answered: A stone was thrown w X b My Questions | bartleby с 1 29°C Haze X CIT Check Your Understanding 02A X + 17.3205 lair.education/mod/quiz/attempt.php?attempt=1091340&cmid=189647 1. Initial velocity in x-axis is m/s + directing at+x. 2. Initial velocity in y-axis i 10 m/s directing at +y. 3. Velocity at the maximum height is directing at +x 4. The maximum height, from the ground, that the stone reached is 5. The time it takes for the stone to reach maximum height and its total time of flight is ÷ and seconds respectively. 6. At time t=2 sec., the stone was high from the ground. 7. The impact velocity (just as it hit the ground) of the stone has x- component equal to. ▬ T (x,- 35.0) i ^ ENG US U X : 5:31 pm 01/05/2022
Transcribed Image Text:Hide sidebars b Answered: A stone was thrown w X b My Questions | bartleby с 1 29°C Haze X CIT Check Your Understanding 02A X + 17.3205 lair.education/mod/quiz/attempt.php?attempt=1091340&cmid=189647 1. Initial velocity in x-axis is m/s + directing at+x. 2. Initial velocity in y-axis i 10 m/s directing at +y. 3. Velocity at the maximum height is directing at +x 4. The maximum height, from the ground, that the stone reached is 5. The time it takes for the stone to reach maximum height and its total time of flight is ÷ and seconds respectively. 6. At time t=2 sec., the stone was high from the ground. 7. The impact velocity (just as it hit the ground) of the stone has x- component equal to. ▬ T (x,- 35.0) i ^ ENG US U X : 5:31 pm 01/05/2022
Hide sidebars b Answered: A stone was thrown w X b My Questions | bartleby с 1 29°C Haze X CIT Check Your Understanding 02A X + lair.education/mod/quiz/attempt.php?attempt=1091340&cmid=189647 total time of mynews seconds respectively. 6. At time t-2 sec., the stone was high from the ground. 7. The impact velocity (just as it hit the ground) of the stone has x- component equal to 8. The impact velocity (just as it hit the ground) of the stone has y- component equal to the negative means that it is heading downward. 9. The horizontal displacement of the stone is 10. The stones impact velocity is * with an angle (standard angle) of → degrees. FINISH ATTEMPT ■ ■ ^ ENG US U X : 5:31 pm 01/05/2022
Transcribed Image Text:Hide sidebars b Answered: A stone was thrown w X b My Questions | bartleby с 1 29°C Haze X CIT Check Your Understanding 02A X + lair.education/mod/quiz/attempt.php?attempt=1091340&cmid=189647 total time of mynews seconds respectively. 6. At time t-2 sec., the stone was high from the ground. 7. The impact velocity (just as it hit the ground) of the stone has x- component equal to 8. The impact velocity (just as it hit the ground) of the stone has y- component equal to the negative means that it is heading downward. 9. The horizontal displacement of the stone is 10. The stones impact velocity is * with an angle (standard angle) of → degrees. FINISH ATTEMPT ■ ■ ^ ENG US U X : 5:31 pm 01/05/2022
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