In air,the speed of sound S,in meters per second, is a linear function of the air temperature T,in degrees Celsius,and is givenby S T T = 0.6 +331.4() . Which of the following statements is the best interpretation of the number 331.4 in this context?

The motion of a particle of mass m is given by x = 0 for t 0), and x = 0 for t > (1/4) s. which of the following statements is true?/

a=1,052+1.08t The speed of a sound wave in air depends on the air temperature. The formula above shows the relationship between a, the speed of a sound wave, in feet per second, and t, the air temperature, in degrees Fahrenheit (.^(@)F) . Which of the following expresses the air temperature in terms of the speed of a sound wave?

a=1,052+1.08t The speed of a sound wave in air depends on the air temperature. The formula above shows the relationship between a, the speed of a sound wave, in feet per second, and t, the air temperature, in degrees Fahrenheit (.^(@)F) . At which of the following air temperatures will the speed of a sound wave be closest to 1,000 feet per second?

The mean annaul salary of an NBA player, S, can be estimated using the equation S=161,400(1.169)^(t) , where S is measured in thousands of dollars, and t represents the number of yearts since 1980 for 0letle20 . Which of the following statements is the best interpretation of 161,400 in the context of this problem?

Prove that speed of sound in air increases by 0.61 ms^(-1) per degree celsius rise in temperature.

The function 't' which maps temperature in degree Celsius into temperature in degree Fahrenheit is defined by t (C ) = (9C)/5 +32 . Find t (0)

The function 't' which maps temperature in degree Celsius into temperature in degree Fahrenheit is defined by t(C)=(9C)/5+32 .Find:- t(0)

The motion of a particle of mass m is given by x=0 for t lt 0 s, x (t) = A sin 4pit for 0 lt t(1//4) s (A gt 0) and x=0 for t gt (1//4) s Which of the following statement(s) is (are) true?