Genius Jnr - A stone is dropped from the top of a tower 500 m high into a pond of water at the base of the tower. When is the splash heard at the top? Given, g = 10 m s−2 and speed of sound = 340 m s−1.

preparing for upcoming exams? we've got you covered

registration for

geniusjnr olympiads

is now open

be the best - among the bests

21 Feb 2016

A stone is dropped from the top of a tower 500 m high into a pond of water at the base of the tower. When is the splash heard at the top? Given, g = 10 m s⁻² and speed of sound = 340 m s⁻¹.

palatine

maxillae

mandible

hyoid

similar questions

Ichthyophis Explain Sound Produced School Bell Sound Waves Called Mechanical Waves Suppose Friend Moon Able Hear Sound Produced Friend Wave Property Determines Loudness B Pitch Person Blood Group B Donates Blood Person Blood Group Wavelength Frequency Time Period Amplitude Sound Wave Wavelength Frequency Sound Wave Related Speed Calculate Wavelength Sound Wave Whose Frequency 220 Hz Speed 440 Given Medium Person Listening Tone 500 Hz Sitting Distance 450 Source Sound Time Interval Successive Compressions Distinguish Loudness Intensity Sound Three Media Air Water Iron Sound Travel Fastest Particular Temperature Following Components Blood Released Along Urine Case Haematuria Ceilings Concert Halls Curved Audible Range Average Human Ear Range Frequencies Associated Infrasound B Ultrasound Submarine Emits Sonar Pulse Returns Underwater Cliff 1 02 Speed Sound Salt Water 1531 Far Away Cliff Alternative Correctly Mentions Name Hormone Location Released Conditions Excessive Loss Fluid Body Describe Help Diagram Compressions Rarefactions Produced Air Near Source Sound Cite Experiment Show Sound Needs Material Medium Propagation Sound Wave Called Longitudinal Wave Characteristics Sound Helps Identify Friend Voice Sitting Others Dark Room Joint Articulates Head Humerus Pectoral Girdle Person Hearing Range 20 Hz 20 Khz Typical Wavelengths Sound Waves Air Corresponding Two Frequencies Two Children Opposite Ends Aluminium Rod One Strikes End Rod Stone Find Ratio Times Taken Sound Wave Frequency Source Sound 100 Hz Many Times Vibrate Minute Sound Follow Laws Reflection Light Explain Sound Reflected Distant Object Echo Produced Let Distance Reflecting Surface Source Sound Production Following Globular Protein Molecules Masks Active Sites F Actin Stone Dropped Top Tower 500 High Pond Water Base Tower Splash Heard Top Given G 10 2 Speed Sound 340 Sound Wave Travels Speed 339 1 Wavelength 1 5 Cm Frequency Wave Audible Reverberation Reduced Loudness Sound Factors Depend Explain Bats Use Ultrasound Catch Prey Function Carried Parasympathetic Nervous System Brain Stem Also Known Sonar Device Submarine Sends Signal Receives Echo 5 Later Calculate Speed Sound Water Distance Objec Spinal Cord Consists Explain Human Ear Works