Standing on a sidewalk, Standing on a sidewalk, you notice

Standing on a sidewalk

Reference no: EM13535309

Standing on a sidewalk, you notice that you are halfway between a clock tower and a large building. When the clock strikes the hour, you hear an echo of the bell 0.8 s after hearing it directly from the tower. How far apart are the clock tower and the building? (The speed of sound in air is 343 m/s.)

Reference no: EM13535309

Questions Cloud

A textbook store sold a combined total : A textbook store sold a combined total of 462 biology and chemistry textbooks in a week. The number of biology textbooks sold was two times the number of chemistry textbooks sold. How many textbooks of each type were sold?

Determine the fundamental frequency : A standing wave in a pipe with both ends open has a frequency of 444 Hz. The next higher harmonic has a frequency of 602 Hz. Determine the fundamental frequency. How long is the pipe?

Estimate the frictional force acting on the block : A 3.00 kg block starts from rest at the top of a 29.5° incline and slides 2.00 m down the incline in 1.25 s. Find the frictional force acting on the block

Explain food is made of sodium and chloride : If your sprinkeling salt on your food that is made of sodium and chloride and someone says thats a inorganic compound why are they correct

Standing on a sidewalk : Standing on a sidewalk, you notice that you are halfway between a clock tower and a large building. When the clock strikes the hour, you hear an echo of the bell 0.8 s after hearing it directly from the tower. How far apart are the clock tower and th..

Using heisenberg uncertainty principle : Using Heisenberg Uncertainty Principle, estimate fastest possible decay lifetime for a nuclear decay with an energy scale 1MeV

Consider a parallel-plate capacitor constructed : Consider a parallel-plate capacitor constructed from two circular metal plates of radius R. The plates are separated by a distance of 1.7 mm. What radius must the plates have if the capacitance of this capacitor is to be 1.8 µF?

Find a vector parametric equation : Find a vector parametric equation for Π in the form r = p + sv + tw.

Particle moves in a plane with a constant radial velocity : A particle moves in a plane with a constant radial velocity rhat = 4 m/s. The angular velocity is constant and has magnitude θhat = 2 rad/s. When the particle is 3 m from the origin, find the magnitude of the acceleration.

User Account

All Pages