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(stretched spring? . . . Ut enim ad minim. . . )-1322(1)0(6)-200( . The amount of time it takes between each individual repetition or cycle of a sinusoidal waveform is known as its periodic time or simply the Period of the waveform. endobj
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(g)Tj
ET
Q
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1 i
-1 793 614 -794 re
12 782 m
W n
0 792.06 612 -792 re
W n
42 62 528 -21 re
f
BT
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7 0 0 7 43 53.5807 Tm
0 g
-0.0001 Tc
0.0278 Tw
(PhysicsJune 03)Tj
/F3 1 Tf
10 0 0 10 298.6724 53.5807 Tm
0 Tw
([11])Tj
9 0 0 9 538.0142 53.5807 Tm
-0.0002 Tc
([OVER])Tj
ET
0 G
0 J 0 j 1 w 10 M []0 d
124.009 180.95 m
488.63 180.95 l
S
306 744 m
306 190.958 l
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1 g
173.02 615.167 91.079 -16.148 re
f
81.441 615.167 91.079 -16.148 re
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80.941 632.316 183.658 -117.039 re
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81.441 631.816 74.291 -32.797 re
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BT
/F2 1 Tf
10 0 0 10 94.1959 617.5122 Tm
0 g
(Length)Tj
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3.6376 0 TD
0 Tc
(\()Tj
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11.5 0 0 11.5 133.9 617.5122 Tm
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10 0 0 10 139.65 617.5122 Tm
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(\(meters\))Tj
ET
1 g
156.266 631.816 107.833 -32.797 re
f
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/F2 1 Tf
10 0 0 10 160.2118 618.3297 Tm
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[(Square of P)29.7(eriod)]TJ
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8.3314 0 TD
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6.95 0 0 6.95 252.9618 621.6298 Tm
0 Tc
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10 0 0 10 256.8255 618.3297 Tm
(\))Tj
-7.0521 -1.2 TD
-0.0001 Tc
(\(seconds)Tj
6.95 0 0 6.95 226.8688 609.6298 Tm
0 Tc
(2)Tj
10 0 0 10 230.7324 606.3297 Tm
(\))Tj
ET
1 g
81.441 598.519 75.079 -16.148 re
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10 0 0 10 106.4736 587.8959 Tm
0 g
-0.0001 Tc
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1 g
157.066 598.519 107.033 -16.148 re
f
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10 0 0 10 201.1313 587.8959 Tm
0 g
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1 g
81.441 581.871 74.291 -16.149 re
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10 0 0 10 106.0795 571.2476 Tm
0 g
(0.300)Tj
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157.466 581.871 106.633 -16.149 re
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10 0 0 10 201.0545 571.2476 Tm
0 g
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1 g
81.441 565.222 74.946 -16.148 re
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10 0 0 10 106.407 554.5992 Tm
0 g
(0.500)Tj
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1 g
156.399 565.222 107.7 -16.148 re
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10 0 0 10 200.5213 554.5992 Tm
0 g
(1.91)Tj
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81.441 548.574 74.291 -16.148 re
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10 0 0 10 106.0795 537.9509 Tm
0 g
(0.700)Tj
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156.132 548.574 107.967 -16.148 re
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10 0 0 10 200.388 537.9509 Tm
0 g
(2.87)Tj
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1 g
81.441 531.926 75.479 -16.149 re
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10 0 0 10 106.6735 521.3027 Tm
0 g
(0.900)Tj
ET
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157.066 531.926 107.033 -16.149 re
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10 0 0 10 200.8547 521.3027 Tm
0 g
(3.60)Tj
ET
0.5 w
81.191 632.316 m
81.191 515.277 l
264.349 632.316 m
264.349 515.277 l
80.941 632.066 m
264.599 632.066 l
80.941 598.769 m
264.599 598.769 l
80.941 582.121 m
264.599 582.121 l
80.941 565.472 m
264.599 565.472 l
80.941 548.824 m
264.599 548.824 l
80.941 532.176 m
264.599 532.176 l
80.941 515.527 m
264.599 515.527 l
155.77 632.316 m
155.77 515.277 l
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. . (1 point) A. higher pitch and shorter wavelength B. higher pitch and longer wavelength C. lower pitch and shorter, 12 of 1412 of 14 Items Question The formula vw=f describes the relationship between the speed of a wave (vw ), and its frequency (f ) and wavelength ( ). . . y(x,t) = (3 mm)sin[x/(2 m]cos[(100 rad/s)t] a. . 1 g
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12 782 m
12 782 l
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12 782 m
W n
0 792.06 612 -792 re
W n
43.206 660.206 526.794 -537.259 re
f
BT
/F3 1 Tf
11.5 0 0 11.5 55.7056 650.4774 Tm
0 g
0 Tc
0 Tw
(1)Tj
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-0.0001 Tc
0.1254 Tw
(The diagram below shows a 50.-kilogram crate)Tj
0 -1.1304 TD
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12.8932 0 TD
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0.7862 0 TD
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(to the horizon-)Tj
-13.6795 -1.1304 TD
-0.0019 Tw
(tal. Its true though that all waves can be broken up into periodic waves (extending in both space and time to infinity). . A cork is floating on the water's surface at point P. ok I got the frequency as 3 * 10^18 Hz and the wave number as 6.3 *10^10 rad/m but I can't seem to remember, 1. two times the number of windows 2. D. The wavelength. A: energy, only B: mass, only C: both energy and mass D: neither energy nor mass A Which type of wave requires a material medium through which to travel? . . W)36.8(rite your)]TJ
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39.5302 -4 TD
-0.0002 Tc
0 Tw
(Signature)Tj
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1 w
280.82 629.894 m
339.82 629.894 l
S
[3.004 2.003 ]3.004 d
29.82 795.965 m
29.82 -7.177 l
S
[]0 d
29.82 798.894 m
29.82 795.965 l
S
BT
0 8 -8 0 25.7561 84.9 Tm
0 Tc
(T)Tj
0.593 0 TD
-0.0002 Tc
0.0278 Tw
(ear Here)Tj
68.407 0.125 TD
0 Tc
0 Tw
(T)Tj
0.593 0 TD
-0.0002 Tc
0.0278 Tw
(ear Here)Tj
ET
265.154 67.061 m
571.154 67.061 l
S
1 g
86.169 525.094 262.516 -306 re
f
BT
11 0 0 11 201.3838 515.9328 Tm
0 g
[(Part A)]TJ
/F3 1 Tf
10 0 0 10 92.1693 491.9328 Tm
0.078 Tc
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9 0 0 9 107.7068 607.5636 Tm
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0 Tw
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-5.4444 -3.2174 TD
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[(73)-413.2(Calculate the kinetic energy of the sled with the)]TJ
1.413 -1.1304 TD
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-15.0622 -7.6802 TD
(Which diagram best represents the superposition of the two pulses? D. 4.0 s, If the frequency of a periodic wave is doubled, the period of the wave will be . . Compared to wave A, wave B has a _____. . C: 1 s . . endstream
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-0.5535 -23.5652 TD
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1.423 -1.1304 TD
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-4.7085 -1.1304 TD
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9.2411 0 TD
(in your answer booklet)Tj
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9.1234 0 TD
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-5.7654 -1.1304 TD
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9 0 0 9 452.7049 532.1809 Tm
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-11.5886 -3.2174 TD
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1.413 -1.1304 TD
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0 -1.1304 TD
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-11.2656 -1.1304 TD
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(2)Tj
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-0.0001 Tc
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(pendulum in seconds)Tj
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Mount Union Football Roster, Missouri Cave Database, Articles W
Mount Union Football Roster, Missouri Cave Database, Articles W