Question:
Which of the following statements are true for "Sound" ?
Which of the following statements are true for "Sound" ?
Updated On: May 4, 2024
- Sound cannot travel through vacuum.
- Sound cannot travel through gases.
- Sound waves are longitudinal waves
- Sound cannot travel through solids.
Hide Solution
Verified By Collegedunia
The Correct Option is A, C
Solution and Explanation
The correct option is: A and C
Was this answer helpful?
0
0
Top Questions on Reflection of Sound
- Give two practical applications of reflection of sound waves.
- CBSE Class IX
- Science
- Reflection of Sound
- What is reverberation? How can it be reduced?
- CBSE Class IX
- Science
- Reflection of Sound
- When a sound is reflected from a distant object, an echo is produced. Let the distance between the reflecting surface and the source of sound production remains the same. Do you hear echo sound on a hotter day?
- CBSE Class IX
- Science
- Reflection of Sound
- Does sound follow the same laws of reflection as light does? Explain.
- CBSE Class IX
- Science
- Reflection of Sound
Questions Asked in WBJEE JENPAS UG exam
- If BAG = 10, HIT = 32, then CAT = ?
- WBJEE JENPAS UG - 2023
- Critical Reasoning
- How many atoms of an acidic hydrocarbon of molecular formula \(C_4H_4\) lie on a straight line ?
- WBJEE JENPAS UG - 2023
- Acids and Bases
- I. Severe draught affected the crop production this year.
II. Most humane approach of the new manager affected a notable improvement in the team.
Consider the two words in bold italic in the above two sentences and select the correct option from below: - According to a certain code,
(I) 'min fin bin gin' means 'trains are always late'.
(II) 'gin din cin hin' means 'drivers were always punished'.
(III) 'bin cin vin rin' means 'drivers stopped all trains'.
(IV) 'din kin fin vin' means 'all passengers were late'.
Then 'hin min kin' would mean- WBJEE JENPAS UG - 2023
- Critical Reasoning
- When a spring is stretched by x amount, the potential energy stored in it is E. When the spring is stretched by another x amount, the potential energy stored in the spring becomes E'. Then \(\frac{E'}{E}\) is,
- WBJEE JENPAS UG - 2023
- work, energy and power
View More Questions