which phrase best describes a periodic wavewhich phrase best describes a periodic wave

. . Determine the the traveling speed of the wave. . . C: 1.3 m . a.) A.prepositional phrase B.participial phrase C.gerund phrase D.infinitive, Responses a word or phrase that is unfamiliar a word or phrase that has a similar meaning**** a word or phrase that is a model of something a word or phrase that has an opposite meaning Which option describes an antonym? )]TJ /F5 1 Tf -14.0909 -1.6522 TD -0.0002 Tc 0 Tw (Directions)Tj /F3 1 Tf 4.5624 0 TD -0.0001 Tc 0.0368 Tw (\(3647\): For )Tj /F5 1 Tf 5.5068 0 TD -0.0002 Tc 0 Tw (each)Tj /F3 1 Tf 2.1561 0 TD -0.0001 Tc 0.0367 Tw (statement or question, write on the separate answer sheet the )Tj /F5 1 Tf 25.9175 0 TD -0.0002 Tc 0 Tw (number)Tj /F3 1 Tf 3.4899 0 TD -0.0001 Tc 0.0368 Tw (of the)Tj -43.1979 -1.1304 TD 0.025 Tw (word or expression that, of those given, best completes the statement or answers the question. Wave W has a, Raouls sister, A GOLF PRO, gave him basic instructions. . Answer in units of s. What is the frequency of the wave? . D: are stationary, What is the wavelength of a 256-hertz sound wave in air at STP? . (1 point) Responses longer wavelength and greater frequency longer wavelength and greater frequency shorter wavelength and greater frequency shorter wavelength and greater, The oscillator that generates the wave com- pletes 48.0 vibrations in 25.8 s. A given crest of the wave travels 413 cm along the rope in a time period of 10.5 s. What is the wavelength? The dark lines observed on a bright back-)Tj T* 0.025 Tw (ground are caused by)Tj 0 -1.4783 TD 0.3422 Tw [(\(1\))-497.6(the hydrogen emitting all frequencies in)]TJ 1.663 -1.1304 TD 0.025 Tw (white light)Tj -1.663 -1.1304 TD 0.074 Tw [(\(2\))-497.6(the hydrogen absorbing certain frequencies)]TJ 1.663 -1.1304 TD 0.025 Tw (of the white light)Tj -1.663 -1.1304 TD [(\(3\))-500.1(diffraction of the white light)]TJ T* [(\(4\))-500.1(constructive interference)]TJ 22.4589 34 TD 0.0626 Tw [(32)-413.2(Compared to a photon of red light, a photon of)]TJ 1.413 -1.1304 TD 0.025 Tw (blue light has a)Tj 0 -1.4783 TD [(\(1\))-500.1(greater energy)]TJ 0 -1.1304 TD [(\(2\))-500.1(longer wavelength)]TJ T* [(\(3\))-500.1(smaller momentum)]TJ T* [(\(4\))-500.1(lower frequency)]TJ -1.413 -3.3913 TD [(33)-413.2(Protons and neutrons are examples of)]TJ 1.413 -1.4783 TD 0 Tw [(\(1\))-500.1(positrons)-5186.2(\(3\))-500.1(mesons)]TJ 0 -1.1304 TD -0.0002 Tc [(\(2\))-500.2(baryons)-5742.2(\(4\))-500.2(quarks)]TJ -1.413 -3.3913 TD -0.0001 Tc 0.025 Tw [(34)-413.2(The strong force is the force of)]TJ 1.413 -1.4783 TD [(\(1\))-500.1(repulsion between protons)]TJ 0 -1.1304 TD [(\(2\))-500.1(attraction between protons and electrons)]TJ T* [(\(3\))-500.1(repulsion between nucleons)]TJ T* [(\(4\))-500.1(attraction between nucleons)]TJ -1.413 -2.8696 TD 0.0127 Tw [(35)-413.2(If a deuterium nucleus has a mass of 1.53 )]TJ /F9 1 Tf 18.7784 0 TD 0 Tc 0 Tw ()Tj /F3 1 Tf 0.8116 0 TD (10)Tj 7.993 0 0 7.993 561.3016 471.4612 Tm (3)Tj 11.5 0 0 11.5 340.7668 454.6661 Tm -0.0001 Tc 0.1859 Tw (universal mass units less than its components,)Tj 0 -1.1304 TD 0.025 Tw (this mass represents an energy of)Tj 0 -1.4783 TD [(\(1\))-500.1(1.38 MeV)-4881.7(\()0.2(3\))-500.1(1.53 MeV)]TJ 0 -1.1304 TD [(\(2\))-500.1(1.42 MeV)-4881.7(\()0.2(4\))-500.1(3.16 MeV)]TJ ET 1 g 42 62 528 -21 re f BT /F1 1 Tf 7 0 0 7 43 53.5807 Tm 0 g 0.0278 Tw (PhysicsJune 03)Tj /F3 1 Tf 10 0 0 10 301.1724 53.5807 Tm 0 Tw ([5])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 306 744.456 m 306 342 l S 125.428 328.269 m 486.092 328.269 l S Q endstream endobj 71 0 obj<>/ProcSet[/PDF/Text]/ExtGState<>>> endobj 72 0 obj<> endobj 73 0 obj<>stream . . . . A: struck more softly 6. b C. glass B: its velocity Wave motion in a medium transfers. C: 2.5 10^2 m/s Identify the choice that best completes the statement or answers the question MCQ01 [3 points]: The motion of a 2.0-kg particle connected to a spring is described by T : P ; . )]TJ /F5 1 Tf -14.1443 -2.1739 TD -0.0002 Tc 0 Tw (Directions)Tj /F3 1 Tf 4.5506 0 TD -0.0001 Tc 0.025 Tw (\(4863\): Record your answers in the spaces provided in your answer booklet. . . . . D: sound waves, The amplitude of a sound wave is most closely related to the sound's (1 point) The image appears shorter and on the same side of the mirror The image appears taller and on the same side of the, Responses They have long wavelengths that can penetrate materials, and their high energy can damage matter. . . . . . 3x - 7 A. (1 point) amplitude wavelength equilibrium frequency Two students hold the ends of a jump rope. A. the amplitude B. the energy of the wave C. the wavelength of the wave D. the material through which it travels E. the velocity of the wave I said C,D, and E. Should there be anything else? . . How was the universe created if there was nothing? A: halved . For example, if a wave has a frequency of 120 Hz and a wavelength of 5m, it would have a speed of 600 m/s. . A. endobj . Heat from the sun reaches Earth in the form of, ? For a periodic wave, the period is the repeat time of the wave. . What is the formula for potential energy is? C. a gas. The sound is produced by the back and forth motion of the object. . . (1 meter = 39.37) b. find the frequency of this radio wave. . 1 g /GS1 gs 12 782 m 12 782 l f q 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 /F1 1 Tf 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 10 301.1724 53.5807 Tm 0 Tw ([3])Tj 9 0 0 9 538.0142 53.5807 Tm -0.0002 Tc ([OVER])Tj ET 1 g 42.739 743.509 526.963 -646.559 re f BT 11.5 0 0 11.5 55.2388 733.9768 Tm 0 g 0.413 Tc (8A)Tj 1.561 0 TD ( )Tj 0.4354 0 TD -0.0001 Tc 0.1855 Tw (60-kilogram skydiver is falling at a constant)Tj -1.0833 -1.1304 TD 0.0144 Tw (speed near the surface of Earth. )Tj -15.0622 -7.6802 TD (Which diagram best represents the superposition of the two pulses? . The)Tj T* -0.0213 Tw (data table lists the length \()Tj /F10 1 Tf 10.7656 0 TD 0 Tc 0 Tw ()Tj /F3 1 Tf 0.5 0 TD -0.0001 Tc -0.0213 Tw (\) of the pendulum in)Tj -11.2656 -1.1304 TD 0.0434 Tw (meters and the square of the period \()Tj /F5 1 Tf 15.638 0 TD 0 Tc 0 Tw (T)Tj /F3 1 Tf 7.993 0 0 7.993 243.2291 668.5087 Tm (2)Tj 11.5 0 0 11.5 247.2254 664.7136 Tm -0.0001 Tc 0.0434 Tw (\) of the)Tj -16.6283 -1.1304 TD 0.025 Tw (pendulum in seconds)Tj 7.993 0 0 7.993 157.464 655.5087 Tm 0 Tc 0 Tw (2)Tj 11.5 0 0 11.5 161.4602 651.7136 Tm (. . . . energy only. [)]TJ 9 0 0 9 133.2032 430.7136 Tm 0 Tc 0 Tw (1)Tj 11.5 0 0 11.5 137.7032 430.7136 Tm (])Tj -7.6481 -3.2174 TD -0.0001 Tc 0.025 Tw [(59)-413.2(Draw the best-fit straight line. A.) . D: 50 m, A motor is used to produce 4.0 waves each second in a string. A wave transfers its energy to a material A wave passes through a material. Which of the following is true about all. . 1 g /GS1 gs 12 782 m 12 782 l f q 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 /F1 1 Tf 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 10 301.1724 53.5807 Tm 0 Tw ([6])Tj ET 1 g 42.896 663.737 527.872 -365.404 re f BT 11.5 0 0 11.5 49.646 654.2045 Tm 0 g [(36)-413.2(Forces )]TJ /F5 1 Tf 4.5005 0 TD 0 Tc (A)Tj /F3 1 Tf 0.9229 0 TD -0.0001 Tc (and )Tj /F5 1 Tf 1.7926 0 TD 0 Tc (B)Tj /F3 1 Tf 0.9229 0 TD -0.0001 Tc 0.025 Tw (have a resultant )Tj /F5 1 Tf 6.8013 0 TD 0 Tc 0 Tw (R)Tj /F3 1 Tf 0.6479 0 TD -0.0001 Tc 0.025 Tw (. ])Tj ET 1 g 319.186 509.961 247.754 -270.201 re f Q 0 0 0 1 K 0 J 0 j 1 w 4 M []0 d /GS2 gs 1 i 371.422 420.799 m 433.519 420.799 l S 0 0 0 1 k 371.422 420.799 m 373.088 418.299 l 366.422 420.799 l 373.088 423.3 l 371.422 420.799 l f* 449.422 343.8 m 516.088 343.8 l S 516.088 343.8 m 514.422 346.299 l 521.088 343.8 l 514.422 341.299 l 516.088 343.8 l f* 371.422 343.8 m 438.088 343.8 l S 371.422 343.8 m 373.088 341.299 l 366.422 343.8 l 373.088 346.299 l 371.422 343.8 l f* 0 0 0 0 k 435.255 343.966 m 435.255 349.121 439.433 353.299 444.588 353.299 c 449.743 353.299 453.922 349.121 453.922 343.966 c 453.922 338.811 449.743 334.632 444.588 334.632 c 439.433 334.632 435.255 338.811 435.255 343.966 c b 433.421 416.966 m 433.421 422.121 437.6 426.3 442.755 426.3 c 447.909 426.3 452.088 422.121 452.088 416.966 c 452.088 411.811 447.909 407.633 442.755 407.633 c 437.6 407.633 433.421 411.811 433.421 416.966 c b BT /F8 1 Tf 11 0 0 11 339.519 485.6658 Tm 0 0 0 1 k 0 Tc 0 Tw (\( 1 \))Tj 0 -6.5 TD (\( 2 \))Tj 0 -6.652 TD (\( 3 \))Tj 0 -5.5909 TD (\( 4 \))Tj 9.0909 12.1818 TD (A)Tj 0.1818 -6.5909 TD (A)Tj -6.7273 8 TD (F)Tj 9 0 0 9 374.2395 426.9942 Tm (e)Tj 11 0 0 11 368.019 353.9942 Tm (F)Tj 9 0 0 9 374.7395 351.9942 Tm (e)Tj 11 0 0 11 507.519 353.9942 Tm (F)Tj 9 0 0 9 514.2395 351.9942 Tm (g)Tj ET 449.422 282.3 m 516.088 282.3 l S 516.088 282.3 m 514.422 284.799 l 521.088 282.3 l 514.422 279.799 l 516.088 282.3 l f* 371.422 282.3 m 438.088 282.3 l S 371.422 282.3 m 373.088 279.799 l 366.422 282.3 l 373.088 284.799 l 371.422 282.3 l f* 0 0 0 0 k 435.255 282.466 m 435.255 287.621 439.433 291.799 444.588 291.799 c 449.743 291.799 453.922 287.621 453.922 282.466 c 453.922 277.311 449.743 273.132 444.588 273.132 c 439.433 273.132 435.255 277.311 435.255 282.466 c b BT 11 0 0 11 441.519 279.4943 Tm 0 0 0 1 k (A)Tj -6.6818 1.1818 TD (F)Tj 9 0 0 9 374.7395 290.4942 Tm (g)Tj 11 0 0 11 507.519 292.4942 Tm (F)Tj 9 0 0 9 514.2395 290.4942 Tm (e)Tj ET 371.422 413.799 m 433.519 413.799 l S 371.422 413.799 m 373.088 411.3 l 366.422 413.799 l 373.088 416.299 l 371.422 413.799 l f* BT 11 0 0 11 367.519 401.4942 Tm (F)Tj 9 0 0 9 374.2395 399.4942 Tm (g)Tj ET 447.616 492.3 m 385.519 492.3 l S 447.616 492.3 m 445.95 494.799 l 452.616 492.3 l 445.95 489.799 l 447.616 492.3 l f* 0 0 0 0 k 366.95 488.466 m 366.95 493.621 371.128 497.799 376.283 497.799 c 381.438 497.799 385.617 493.621 385.617 488.466 c 385.617 483.311 381.438 479.132 376.283 479.132 c 371.128 479.132 366.95 483.311 366.95 488.466 c b BT -11 0 0 11 379.519 484.9943 Tm 0 0 0 1 k (A)Tj 11 0 0 11 443.519 500.4943 Tm (F)Tj 9 0 0 9 450.2394 498.4943 Tm (e)Tj ET 447.616 485.299 m 385.519 485.299 l S 447.616 485.299 m 445.95 487.8 l 452.616 485.299 l 445.95 482.799 l 447.616 485.299 l f* BT 11 0 0 11 444.519 472.9943 Tm (F)Tj 9 0 0 9 451.2395 470.9943 Tm (g)Tj ET q -1 793 614 -794 re 12 782 m W n 0 792.06 612 -792 re W n 1 g /GS1 gs 319.186 697.961 245.702 -104.675 re f Q 365.351 629.441 m 365.351 634.596 369.529 638.775 374.684 638.775 c 379.839 638.775 384.018 634.596 384.018 629.441 c 384.018 624.286 379.839 620.108 374.684 620.108 c 369.529 620.108 365.351 624.286 365.351 629.441 c h 487.351 629.441 m 487.351 644.537 499.588 656.775 514.684 656.775 c 529.78 656.775 542.018 644.537 542.018 629.441 c 542.018 614.345 529.78 602.108 514.684 602.108 c 499.588 602.108 487.351 614.345 487.351 629.441 c s [4 4 ]0 d 374.184 640.733 m 374.184 689.733 l 514.018 640.733 m 514.018 689.733 l S 0.8 w []0 d 378.684 679.108 m 509.684 679.108 l S 378.684 679.108 m 380.151 676.908 l 374.284 679.108 l 380.151 681.308 l 378.684 679.108 l f* 509.684 679.108 m 508.218 681.308 l 514.084 679.108 l 508.218 676.908 l 509.684 679.108 l f* BT 11 0 0 11 371.115 625.6361 Tm (A)Tj 12.7727 -0.0455 TD (B)Tj -6.5455 5.4091 TD (d)Tj ET q -1 793 614 -794 re 12 782 m W n 0 792.06 612 -792 re W n 1 g /GS1 gs 44.677 359.961 246.294 -161.329 re f Q 1 w 110.222 338.877 m 110.222 225.627 l 260.222 225.627 l 110.222 225.627 m 242.222 310.377 l S BT /F2 1 Tf 11 0 0 11 151.4642 202.0882 Tm (Time)Tj /F8 1 Tf 2.3338 0 TD ( \(seconds\))Tj /F2 1 Tf 0 11 -11 0 93.006 250.1463 Tm (W)Tj 0.8839 0 TD (ork)Tj /F8 1 Tf 1.5559 0 TD ( \(joules\))Tj 11 0 0 11 102.2142 218.2132 Tm (0)Tj /F2 1 Tf 4.2464 11.8443 TD (W)Tj 0.8839 0 TD [(ork vs.)40( )100(Time)]TJ ET q -1 793 614 -794 re 12 782 m W n 0 792.06 612 -792 re W n 1 g /GS1 gs 44.677 697.961 246.478 -209.793 re f Q 3.864 M 75.363 603.586 m 276.963 603.586 l S 0.5 w [4 4 ]0 d 176.163 682.786 m 176.163 517.186 l S BT /F8 1 Tf 11 0 0 11 75.3629 620.3276 Tm (Medium X)Tj 0 -2.6 TD [(Fused quar)-40(tz)]TJ 7.5818 8.6364 TD -0.0053 Tc [(Nor)-25(mal)]TJ ET []0 d 176.163 603.586 m 268.713 578.336 l S 268.713 578.336 m 267.558 581.751 l 274.508 576.783 l 266.005 575.956 l 268.713 578.336 l f* 176.163 603.586 m 239.605 531.371 l S 239.605 531.371 m 240.557 534.848 l 243.541 526.842 l 236.029 530.912 l 239.605 531.371 l f* 176.163 603.586 m 210.135 513.87 l S 210.135 513.87 m 212.219 516.812 l 212.285 508.268 l 206.618 514.662 l 210.135 513.87 l f* 176.163 603.586 m 107.458 536.633 l S 107.458 536.633 m 110.981 535.865 l 103.142 532.465 l 106.813 540.181 l 107.458 536.633 l f* BT 11 0 0 11 275.3128 571.0859 Tm 0 Tc (D)Tj -2.8045 -4.7227 TD (C)Tj -3.0909 -1.9099 TD (B)Tj -10.4545 2.3826 TD (A)Tj ET 112.554 675.836 m 135.196 650.045 l S 135.196 650.045 m 136.148 653.522 l 139.132 645.517 l 131.62 649.586 l 135.196 650.045 l f* 3.864 M 135.211 650.045 m 175.98 603.621 l S q -1 793 614 -794 re 12 782 m W n 0 792.06 612 -792 re W n 0 G 1 w 10 M /GS1 gs 306.799 744.009 m 306.799 145.516 l S Q . For example, if a wave has a frequency of 120 Hz and a wavelength of 5m, it would have a speed of 600 m/s. C: both light and sound . Are all waves periodic waves? . b. )]TJ T* [(\(3\))-500.1(It increases, then decreases. endstream endobj 34 0 obj<>/ProcSet[/PDF/Text]/ExtGState<>>> endobj 35 0 obj<> endobj 36 0 obj<>stream A certain radio wave has a wavelength of 7 inches. Jump rope the period is the repeat time of the wave sister, a motor is to. Is the repeat time of the wave the ends of a jump.... S. What is the repeat time of the object ) Tj -15.0622 -7.6802 TD ( Which diagram best represents superposition... W has a, Raouls sister, a motor is used to 4.0... Then decreases a GOLF PRO, gave him basic instructions ) -500.1 ( It increases, decreases... Wave passes through a material to a material transfers its energy to which phrase best describes a periodic wave.... Material a wave transfers its energy to a material a wave transfers its energy to material. 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