19. A 200 g mass is oscillating on a frictionless surface at a maximum speed of 7.00 m/s when attached to an ideal horizontal spring that was stretched to a maximum distance of 25.0 cm. How fast is the mass travelling when it is returns to position 15.0 cm?

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Chapter1: Units, Trigonometry. And Vectors
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I need help with question 19
9:00
4.S s. The frequency Bil hears
fter the ambulance has passed.
X.
16. A car's horn has a frequency of 1000 Hz. An observer hears the
horn at a pitch of 1.10 kHz. If the speed of sound in air is 345
m/s, the speed that the car was travelling, relative to the
observer, is _m/s.
17. A space probe sent to the surface of Jupiter uses a small 25.0
cm long pendulum to test the strength of the gravitational field
on the surface of Jupiter. The pendulum oscillates with a
frequency of 1.588 Hz. The gravitational field strength on the
surface of Jupiter is _ N/kg.
18. A 150 g mass oscillates horizontally on a spring with a period of
0.500 s and a maximum amplitude of 25.0 cm. The maximum
speed of the mass is_m/s.
19. A 200 g mass is oscillating on a frictionless surface at a
maximum speed of 7.00 m/s when attached to an ideal
horizontal spring that was stretched to a maximum distance of
25.0 cm. How fast is the mass travelling when it is returns to
position 15.0 cm?
20. A 20.0 cm long test tube and an oscilloscope (a device for
measuring frequency) are used to determine the speed of
sound. A student blows air over the open end of the test tube
to allow s 428 Hz vibration to resonate. Assuming the note
produced is at the fundamental frequency, the speed of sound
in the tube is_m/s.
Send message
Transcribed Image Text:9:00 4.S s. The frequency Bil hears fter the ambulance has passed. X. 16. A car's horn has a frequency of 1000 Hz. An observer hears the horn at a pitch of 1.10 kHz. If the speed of sound in air is 345 m/s, the speed that the car was travelling, relative to the observer, is _m/s. 17. A space probe sent to the surface of Jupiter uses a small 25.0 cm long pendulum to test the strength of the gravitational field on the surface of Jupiter. The pendulum oscillates with a frequency of 1.588 Hz. The gravitational field strength on the surface of Jupiter is _ N/kg. 18. A 150 g mass oscillates horizontally on a spring with a period of 0.500 s and a maximum amplitude of 25.0 cm. The maximum speed of the mass is_m/s. 19. A 200 g mass is oscillating on a frictionless surface at a maximum speed of 7.00 m/s when attached to an ideal horizontal spring that was stretched to a maximum distance of 25.0 cm. How fast is the mass travelling when it is returns to position 15.0 cm? 20. A 20.0 cm long test tube and an oscilloscope (a device for measuring frequency) are used to determine the speed of sound. A student blows air over the open end of the test tube to allow s 428 Hz vibration to resonate. Assuming the note produced is at the fundamental frequency, the speed of sound in the tube is_m/s. Send message
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