course PHY202
I'm not sure what happened but it appears that the form combined your responses to two different experiments. I wasn't sure what I was seeing until I got your note today.
I'm going to have to ask you to reinsert your answers into the form and submit it again. I don't think this was your fault in any way, and if there was a good way for me to insert your answers I would do it for you, but you can do a better job of matching answers to questions, and you can also verify that these are your intended answers to the questions. The contents of the various answer boxes are set off by quotes, so just copy whatever is between the quotes into the appropriate boxes. It shouldn't take you more than 10 minutes or so.
"The generator becomes less difficult to crank, however, the light bulb seems to maintain its brightness. The current through the bulb is maintained by the voltage stored within the capacitor." "15s, 8s
The voltage seemed to remain constant when synchronized with the beeps program. (It may have increased just slightly.)" "15s, 9s
After the initial increase in voltage it leveled off and remained constant." "To be perfectly honest I do not know how these quantites are related." "The current decreases with clock time." "The voltage increased as I cranked the generator. When I broke the circuit the voltage remained the same. (It did not return to zero as I initally would have expected.)" "11
2.5,2
2.0,4
1.7,6
1.5,8
1.3,10
1.0,12
0.8,14
0.6,16
0.5,18
0.5,18
0.5,18" "30.71875s, 31.48438s, 32.61525s
31.60s +- 0.5 s
Its somewhat consistent but there are some variables that affect the time. Starting the timer program at the same time the switch is activated and getting the volmeter exactly on 4 Volts are the two obvious ones." "3.5V, 2.03125s
3.0V, 5.429692s
2.5V, 9.898442s
2.0V, 15.109372s
1.5V, 21.781252s
1.0V, 30.164062s
0.75V, 34.242192s
0.50V, 39.937502s
0.25V, 48.562502s" "0.85V
0.95V, 0.75V" "2
5v, 0.25s, 9.75s
5v, 0.234375s, 10.171875
I did not feel like my reaction time was quick enough to accurately time the delay between closing the circuit and the first glow. It was also hard to tell exactly when the bulb began to decrease in brightness." "31.125s
There was no significant difference acccording to my data.
If I am reading the meter correctly, the current increased with time." "9
10ohms,2.929688s
20ohms, 8.8516s
30ohms, 13.2735s
40ohms, 17.2735s
50ohms, 19.9532s
100ohms, 28.0704s
200ohms, 36.0079s
500ohms, 42.8282s
1000ohms, 47.4844s" "At this point I have become confussed. I don't know if my last readings where correct." "" "" "" "3 hours" "This was actually the second time I attempted this experiment. The first time I felt like I did some things wrong so I attempted it again. "
"The generator becomes less difficult to crank, however, the light bulb seems to maintain its brightness. The current through the bulb is maintained by the voltage stored within the capacitor." "15s, 8s
The voltage seemed to remain constant when synchronized with the beeps program. (It may have increased just slightly.)" "15s, 9s
After the initial increase in voltage it leveled off and remained constant." "To be perfectly honest I do not know how these quantites are related." "The current decreases with clock time." "The voltage increased as I cranked the generator. When I broke the circuit the voltage remained the same. (It did not return to zero as I initally would have expected.)" "11
2.5,2
2.0,4
1.7,6
1.5,8
1.3,10
1.0,12
0.8,14
0.6,16
0.5,18
0.5,18
0.5,18" "30.71875s, 31.48438s, 32.61525s
31.60s +- 0.5 s
Its somewhat consistent but there are some variables that affect the time. Starting the timer program at the same time the switch is activated and getting the volmeter exactly on 4 Volts are the two obvious ones." "3.5V, 2.03125s
3.0V, 5.429692s
2.5V, 9.898442s
2.0V, 15.109372s
1.5V, 21.781252s
1.0V, 30.164062s
0.75V, 34.242192s
0.50V, 39.937502s
0.25V, 48.562502s" "0.85V
0.95V, 0.75V" "2
5v, 0.25s, 9.75s
5v, 0.234375s, 10.171875
I did not feel like my reaction time was quick enough to accurately time the delay between closing the circuit and the first glow. It was also hard to tell exactly when the bulb began to decrease in brightness." "31.125s
There was no significant difference acccording to my data.
If I am reading the meter correctly, the current increased with time." "9
10ohms,2.929688s
20ohms, 8.8516s
30ohms, 13.2735s
40ohms, 17.2735s
50ohms, 19.9532s
100ohms, 28.0704s
200ohms, 36.0079s
500ohms, 42.8282s
1000ohms, 47.4844s" "At this point I have become confussed. I don't know if my last readings where correct." "" "" "" "3 hours" "This was actually the second time I attempted this experiment. The first time I felt like I did some things wrong so I attempted it again. "