Find the diffraction angle of the sound

Reference no: EM13664713

The entrance to a large lecture room consists of two side-by-side doors, one hinged on the right and the other hinged on the left. Each door is 0.700 meter wide. Sound of frequency 607 Hertz is coming through from through the entrance from within the room. The speed of sound is 343 m/s. Find the diffraction angle θ of the sound after it passes through the doorway when

(a) one door is open and

(b) both doors are open?

Reference no: EM13664713

Questions Cloud

Determine its velocity just before it hits the ground : A stone is thrown vertically downward at an initial speed of 14m/s from a height of 65 meter above the ground. Determine its velocity just before it hits the ground

Discuss the ways in which the company can achieve : Discuss the advantages and disadvantages of these strategies, and discuss the ways in which the company can achieve these strategies.

Obtain the acceleration,and frictional force : A box on a table top (m = 10 kilogram) is attached via a pulley to a hanging mass (45 kilogram). Obtain the acceleration, frictional force and tension of the system

Evaluate what is the helicopter acceleration : A helicopter rises vertically, carrying a load of concrete to make the foundation for a ski lift. Evaluate what is the helicopter acceleration

Find the diffraction angle of the sound : The entrance to a large lecture room consists of two side-by-side doors, one hinged on the right and the other hinged on the left. Find the diffraction angle θ of the sound after it passes through the doorway

Tradeoffs between differentiation cost and pricing options : Explain competitive positioning and the tradeoffs between differentiation, cost, and pricing options.

Find what horizontal acceleration would given force provide : You find that it takes a horizontal force of 160 Newton to slide a box along the surface of a level floor at constant speed. find what horizontal acceleration would the 160 Newton force provide

Compute how much more work will be required to stretch it : If it requires 5.0 Joule of work to stretch a particular spring by 2.0 centimeter from its equilibrium length, compute how much more work will be required to stretch it an additional 4.0 centimeter

Find the capacitance of the spherical capacitor : Given a hollow conducting sphere of radius r and surface charge density σ. Find the capacitance of the spherical capacitor with an outer shell of radius R and equal and opposite charge to the inner sphere

User Account

All Pages