the principle of superposition to develop/draw resultant p

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Apply the principle of superposition to develop/draw resultant pulse displaying how
pulses move through each other in four different points of time :
a. soon after they meet together (when pulses are beginning to overlap)
b. when their centres will pass by (the pulses are on top of each other)
c. just before they will continue travelling separately (before parting of the ways)
d. after parting of the ways
Problem no 8:
Fishing bank is approaching to stagnant cutter with velocity of 10 m/s. Sound radar
emits sound beam of frequency f-10 kHz. Compute he frequency of recorded
reflexive beam.
Velocity of sound in water is equal v=1500 m/s-. Draw the situational figure.
Problem no 9:
Draw pendulum in two positions:
at the maximum deflection
at the point of equilibrium after pendulum is released from deflection
Draw vectors of velocity and acceleration on both figures.
Transcribed Image Text:Apply the principle of superposition to develop/draw resultant pulse displaying how pulses move through each other in four different points of time : a. soon after they meet together (when pulses are beginning to overlap) b. when their centres will pass by (the pulses are on top of each other) c. just before they will continue travelling separately (before parting of the ways) d. after parting of the ways Problem no 8: Fishing bank is approaching to stagnant cutter with velocity of 10 m/s. Sound radar emits sound beam of frequency f-10 kHz. Compute he frequency of recorded reflexive beam. Velocity of sound in water is equal v=1500 m/s-. Draw the situational figure. Problem no 9: Draw pendulum in two positions: at the maximum deflection at the point of equilibrium after pendulum is released from deflection Draw vectors of velocity and acceleration on both figures.
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