The frequency f in waves per second and the wavelength w in meters of a sound traveling in air are related by the equation f w equals 343 where 343 meters per second is the speed of sound in air calculate the wavelength of a musical note with a frequency of 200 waves per second

It can take some of those large , industrial vehicles up to feet to stop when traveling only 60 mph, and therefore , you shoukd be mindful to not be jn the traffic right in front of them a. 100 feet b. 200 feet c. 335 feet d. 425 feet

Tafari worked one summer on a ship that set weather buoys in the ocean. he watched how one of the buoys moved in the water. describe which parts of the wave would cause the buoy to bob up and down. which wave property determined how fast the buoys bobbed in the water? he observed that when the wind blew harder, the ocean waves were larger, and the buoys moved away from the ship. what effect, if any, did the waves have on how far the buoys moved? explain your answer.

Which body part transports oxygen removes waste materials in carries nutrients to the body as part of the circulatory system