A hot-air balloon is moving vertically upwards at a constant speed. A camers in accidentaly dropped from thn baloon at a theight of 92,4 m as shown in the diagram below The camera strikes the ground after 6s. Ignore the effocts of triction 92.4 m 10 m P. At the instant the camera in dropped, it moves upwards. Give a reason for tthis observation. 3.1 3.2 Calculate the speed v, at which the baloon is rising when the camera dropped. 3.3 Draw a sketch graph of velocity versus time for the entire motion of the camera. Indicate the foltowing on the graph: • Initial velocity • Time at which it reaches the ground if a jogger, 10 m away from point P as shown in the above diagram and running at a constant speed of 2 ms', sees the camera at the same instant it starts falling from the balloon, will he be able to catch the camera before it strikes the ground? Use a calculation

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Chapter1: Units, Trigonometry. And Vectors
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A hot-air balloon is moving vertically upwards at a constant speed. A camers in
accidentally dropped from the baloon at a height of 92,4 m as shown in the disgram
below. The camera strikes the ground after 6s. Ignore the effocts of friction
92,4 m
3.1
At the instant the camera in dropped, it moves upwards. Give a reason for this
observation.
Calculate the speed v, at which the balloon is rising when the camera
dropped.
3.2
3.3
Draw a sketch graph of velocity versus time for the entire motion of the
camera.
Indicate the following on the graph:
• Initial velocity
• Time at which it reaches the ground
If a jogger, 10 m away from point P as shown in the above diagram and
running at a constant speed of 2 ms", sees the camera at the same instant it
starts falling from the balloon, wilt he be able to catch the camera before i
strikes the ground?
3,4
Use a calculation to show how you arrived at the answer.
Transcribed Image Text:A hot-air balloon is moving vertically upwards at a constant speed. A camers in accidentally dropped from the baloon at a height of 92,4 m as shown in the disgram below. The camera strikes the ground after 6s. Ignore the effocts of friction 92,4 m 3.1 At the instant the camera in dropped, it moves upwards. Give a reason for this observation. Calculate the speed v, at which the balloon is rising when the camera dropped. 3.2 3.3 Draw a sketch graph of velocity versus time for the entire motion of the camera. Indicate the following on the graph: • Initial velocity • Time at which it reaches the ground If a jogger, 10 m away from point P as shown in the above diagram and running at a constant speed of 2 ms", sees the camera at the same instant it starts falling from the balloon, wilt he be able to catch the camera before i strikes the ground? 3,4 Use a calculation to show how you arrived at the answer.
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