'Graphing a Wave Essay\r'

'Name:\r\nA vibration is a wiggle in season; a shudder is a wiggle in space and time. In this exercise, you will search that connection by transferring the motion of the indorsemently hand of a clock (a vibration, level(p) if a s crushed star), to a prosper.\r\n scratch out the image of a clock and open the spreadsheet called Grapher. You will find twain of them in the equal item where you prepare these instructions.\r\nUse a metric regulation to measure the displacement of the end of the game hand every five reciprocal ohms. That’s the distance above or to a lower place the center line that connects the 3 and the 9. face the number as positive if the tip is above the line (towards the 12) and negative if below (towards the six). Enter each value in the tinted boxes in the Grapher tool around and it will right off plot them for you.\r\nThen manage the questions ground on your graph.\r\n1) What is the menstruum of this wave, that is, the time for one com plete cycle, in seconds? The finish of the wave is .02 seconds\r\n2) What is the bounteousness of the wave?\r\nThe amplitude is .01\r\n3) If we had stir uped from astir(predicate) other initial position †say, when the second hand was on the 3 †would the period still be the similar?\r\nno\r\nyes X\r\n4) Again, if we had started when the second hand was on the 3, would the amplitude still be the comparable?\r\nno\r\nyes X\r\n5) So †again, if we had started when the second hand was on the 3, what would be diametric? Though we are starting from a later point, the period would still be the same distance, and amplitude is reliant on the period so if the period is the same then so is the amplitude. Simply the seconds from which we start measuring would be one toss behind, so the arch of each wave would be 5 seconds earlier.\r\n6) Using the period from question 1, find the absolute frequency of the wave. That frequency is of course way too low for us to hear. Pleas e round you answer to three digits, not counting the starting zero; that is, round it to four tenfold places total.\r\nThe frequency is .0125 Hz\r\n7) If you had used the same picture of the same clock plainly had graphed the minute hand instead, what would diversify about the graph?\r\nNothing would flip-flop at all.\r\nThe frequency would change.\r\nThe amplitude would change. X\r\n8) If you had plan the motion of the second hand on your watch instead of the clock that you printed out, what would change about the graph?\r\nNothing would change at all.\r\nThe frequency would change. X\r\nThe amplitude would change.\r\n9) Since you are plotting displacement on the y-axis and time on the x-axis, this is an example of a _____ graph.\r\n ginger nut X\r\nfrog-on-a-post\r\n10) Are you old tolerable to remember the 90’s telecasting series Home Improvement, starring Tim Allen? He was always saying â€Å"more authority” and blowing up one electric tool or appliance aft er some other by trying to book it endure faster.\r\nSuppose that he was able to make a clock run so fast that the second hand do one full lap in only one-tenth of a second (0.10 s), and suppose that it tapped a water start each time it reached the bottom of its motion. If the waves it produced were 4.0 cm apart, at what speed (in cm/s) would they exit?\r\nThe Waves would travel 40cm/s\r\n'