Physics, asked by kehindeadediji01, 10 days ago

The velocity of sound through any medium depends on its densidy(ρ) and modulus of elasticity (E), given by the equation v=Kρ^x E^y, whereK is a dimensionless constant, the respective values of x and y is

Answers

Answered by mbeheradgp

Explanation:

Previous Question

Next Question

Similar questions

Social Sciences, 5 days ago

Find the apt pair in the following. 1)tubeso - French 2)Mir Kasim- Nawab of Arcot 3) Robert Clive-an English ruler...

Math, 5 days ago

Simplify 5 √8 + 2 √2...

Math, 5 days ago

Which of the following are perfect square? Give reasons. 8000 , 2368 , 4959 , 2347 .

Hindi, 10 days ago

L-Methylfolate Calcium, Pyridoxal 5-Phosphate And Methylcobalamin Tablets be sold painaut...

Math, 10 days ago

Add 25.65 + 9.005 +3.72...

Math, 7 months ago

Each side of a square field is 50m long .A barricade is to be placed along the diagonal of the field .Find the length of the barricade?

Business Studies, 7 months ago

send me some essays on topic of the hardest challenge make special thing on me...

Math, 7 months ago

A wet bicycle tire leaves a trace of water on the floor. The tire has a radius of 30 \text{ cm}30 cm30, start text, space, c, m, end text, and the bicycle wheel makes 333 full rotations before stopping. How long is the trace of water left on the floor?

The velocity of sound through any medium depends on its densidy(ρ) and modulus of elasticity (E), given by the equation v=Kρ^x E^y, whereK is a dimensionless constant, the respective values of x and y is​

Answers

The velocity of sound through any medium depends on its densidy(ρ) and modulus of elasticity (E), given by the equation v=Kρ^x E^y, whereK is a dimensionless constant, the respective values of x and y is