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A hard struck cricket ball does not prod...

A hard struck cricket ball does not produce waves. Why?

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Due to the large size of the cricket ball, its mass is large and hence its wavelength is negligible `(because lamda prop(1)/(m))`.
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CHHAYA PUBLICATION-STRUCTURE OF ATOM-WARM UP EXERCISE
  1. Derive a relation between kinetic energy and de Broglie wavelength ass...

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  2. What happens to the de Broglie wavelength associated with a moving par...

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  3. A hard struck cricket ball does not produce waves. Why?

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  4. Two particles P and Q are moving with the same velocity, but de brogli...

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  5. Compare the wavelengths of a molecule of each O(2) and CO(2), travelli...

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  6. Why is de Broglie wave termed as matter wave?

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  7. Show the wavelength of de Broglie wave associated with a moving partic...

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  8. What are the differences between electromagnetic waves annd matter wav...

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  9. Show that the circumference of the electronic orbit is an integral mul...

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  10. State Heisenberg's uncertainly principle.

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  11. Write the mathematical expression for Heisenberg's uncertainty princip...

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  12. For which particles is uncertainty principle applicable?

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  13. Is there any significance of Heisenberg's uncertainty principle in our...

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  14. Why does Bohr's model contradict Heisenberg's uncertainty principle?

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  15. Explain why the uncertainty principle is significant only for subatomi...

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  16. Why is it not possible to overcome the uncertainty off Heisenberg's pr...

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  17. In Heisenberg's uncertainty principle applicable to a stationary elect...

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  18. Write Schorodinger's wave equation, indicating the significance of the...

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  19. What is the basis of Schrodinger's wave equation?

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  20. Schrodinger's wave equation does not give us any idea about which quan...

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