Activity 4: Sound Effect! Objective Compute the speed of sound in air at different temperatures. Sound travels at about 331m/s in dry air at 0°C. The speed of sound is dependent on the temperature of the medium where an increase is observed with an increase in temperature. This means that at temperatures greater than 0°C speed of sound is greater than 331 m/s by an amount 0.6 m/s per Celsius degree of the temperature of the medium. in equation, m/s v=331 - +0.6- dT) where T is the temperature of the air in degree Celsius and 0.6m/s/Cº is a constant factor of temperature. mi S с M Steps in solving word problems 1. Identify: What is given? 2. Identify: What is being asked? m Sample Problem: What is the speed of sound in the air of temperature 250C? Given: T= 25°C Tind: speed of sound, v ms Formula: y=331 (T со Solution: Substitute T = 25°C using the formula 2 v=331 C S +0.618 () S 3. Write the formula. 4. Solution, carry out your plan. +0.648 (25°C) m/s Co cancel out °C m m/s v=331 - +0.6- (2590) m therefore, m v=331 +0.6 (25) S m y=331 + 15 S m. y=346 S S. pls pa tulong​