11. Approximately what range of frequencies must be superimposed to create this wave packet? 12. A telecommunication system uses pulses with a duration of 5 ns. a. About how many such pulses can be transmitted per second? 1 ps AMA

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Chapter1: Units, Trigonometry. And Vectors
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5 Wave Packets
6 The Heisenberg Uncertainty Principle
11. Approximately what range of frequencies must be
superimposed to create this wave packet?
12. A telecommunication system uses pulses with a duration of 5 ns.
a. About how many such pulses can be transmitted per second?
b. What is the minimum bandwidth needed to transmit these pulses?
13. Wave packets are shown for particles 1, 2, and 3.
MA
^^^^^ M.
Particle 1
AMA
Particle 2
$(1)
Which particle can have its velocity known most precisely? Explain.
1 ps
Hollo
Aff
Particle 3
Transcribed Image Text:200 5 Wave Packets 6 The Heisenberg Uncertainty Principle 11. Approximately what range of frequencies must be superimposed to create this wave packet? 12. A telecommunication system uses pulses with a duration of 5 ns. a. About how many such pulses can be transmitted per second? b. What is the minimum bandwidth needed to transmit these pulses? 13. Wave packets are shown for particles 1, 2, and 3. MA ^^^^^ M. Particle 1 AMA Particle 2 $(1) Which particle can have its velocity known most precisely? Explain. 1 ps Hollo Aff Particle 3
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