QUESTION 5 You perform an experiment, where you placed a 1 kg piece of metal on...

Transcribed Image Text:

QUESTION 5 You perform an experiment, where you placed a 1 kg piece of metal on a vibrating plate. You increased the vibration frequency by 5 hertz every 2 minutes and then measured the temperature of the metal that resulted. The data below represents your results. Graph the data using Excel as we discussed in class and pick the graph that best represents the trend of this data. Temperature (Celcius Degrees) Vibration Frequency (Hertz) 5 22.1 10 24.0 15 26.1 20 28.2 25 30.0 30 31.8 35 33.0 40 445 35.1 37.2 Oa. Quadratic relationship with temperature decreasing as that frequency increases. O b. Inverse relationship where temperature decreases as vibration frequency increases. O c. There is no relationship between increasing the vibration frequency and the temperature of the metal. O d. Linear relationship where temperature of metal increases in a linear fashion as the vibration frequency increases. QUESTION 5 You perform an experiment, where you placed a 1 kg piece of metal on a vibrating plate. You increased the vibration frequency by 5 hertz every 2 minutes and then measured the temperature of the metal that resulted. The data below represents your results. Graph the data using Excel as we discussed in class and pick the graph that best represents the trend of this data. Temperature (Celcius Degrees) Vibration Frequency (Hertz) 5 22.1 10 24.0 15 26.1 20 28.2 25 30.0 30 31.8 35 33.0 40 445 35.1 37.2 Oa. Quadratic relationship with temperature decreasing as that frequency increases. O b. Inverse relationship where temperature decreases as vibration frequency increases. O c. There is no relationship between increasing the vibration frequency and the temperature of the metal. O d. Linear relationship where temperature of metal increases in a linear fashion as the vibration frequency increases.