To understand the relationships among the parameters that characterize a wave. it is of fundamental importance in many areas of physics to be able to deal with waves. this problem will lead you to understand the relationship of variables related to wave propagation: frequency, wavelength, velocity of propagation, and related variables. note that these are kinematic variables that relate to the wave's propagation and do not depend on its . traveling waves propagate with a fixed speed usually denoted as v (but sometimes c). the waves are called if their waveform repeats every time interval t.-transverse-longitudinal-periodic -sinusoidalb. solve this equation to find an expression for the wavelength ? .c. if the velocity of the wave remains constant, then as the frequency of the wave is increased, the wavelength -increases-stays constantd. the difference between the frequency f and the frequency ? is that f is measured in cycles per second or hertz (abbreviated hz) whereas the units for ? are per second. e. find an expression for the period t of a wave in terms of other kinematic variables. f. what is the relationship between ? and f?