1. Dad and playing volleyball on marasri ruengjitchatchawalya Hotaru khachati South Africa, and it appears that the scene unexpected. Slap a volley ball until falls marasri ruengjitchatchawalya the Central pond, which receives water from the Amazon River, both a tribute to Mae Nak and trying to stretch the limbs off, unable to promptly reach. Both a tribute to science while enjoying each other that.Dad: this class thinks that if the foot hit the surface of the water regularly to try to cause waves. The waves will carry the ball into the opposite side she was justly.Your shot: wandering marasri ruengjitchatchawalya Mano! Not a peer, he told me. Need to find a big tree limb a little bit. Throw the ball in the right spot Click it, and the ball to find the opposite.Students who think the idea is? With reasonAs a favor because marasri ruengjitchatchawalya causes waves, particles, then just move up and down. Ball-like particles. If there is no voltage on any additional actions to be done does not make the moving particles. Oval mat that removing twigs thrown, there was an increase to the particles tend to make the particles movement.2. consider and answer the following questions2. what position is the position N, H, B waves, ridges.3. What is the position, position the belly wave D, K.4. this wave with Juniper stands equals 5 centimetres.5. in this image are all waves for a few wavelengths λ 2.5.6.1 wavelength has a size of 0.2 metres or 20 cm.If the wave moves from position N to H within 2 seconds. 7. lessons = 2 seconds 8. frequency = 0.5 hoet 9. the speed of the wave = 0.1 m/s. 10. a boat anchor is affected by the waves, which has a speed of 30 meters per second. Hendrix wave 150 meters away, thou shalt find each child waves rush affected ships.The proposition, v = 30 m/s "λ" = 150 m, find the lessons.From v = λ/T 30=150/T T = 5 seconds.11. wave motion in it. The energy from one end of the rope ends to snap to. The ends of the rope to the other side, have shown that the. 1. the power to convey along with the movement of the waves. 2. the power to convey after the movement of the waves. 3. the power to convey the first wave to arrive. 4. energy from waves to circulate particles and particles will move to the ends of the rope.12. when the water reached the surface wave An object that floats on the surface of the water is moving? 1. remain still intact. 2. increased freckles and when the wave passed. 3. motion by waves. 4. move forward and then backwards.1. from the figure shows the basket at one of the wave is moving toward the left wants to know that over time, A point, and point B is the point on the wave is moving? A B A and B 1. left two points. 2. A, B, down 3. A, B, up, down. 4. A, B, down 14. which type of waves do not need to rely on movement. 1. the waves 2. electromagnetic waves. 3. the wave on a string 4. wave spring 15. which of the following messages is correct. A. longitudinal waves vibrate in particle's direction the medium is in line with the direction of the waves, the waves. B. direction transverse waves vibrate perpendicular to the outdoor particles to the movement of the waves. C. transverse waves and longitudinal waves are waves and waves is identical. D. energy transfer with intermediaries will have the speed and stability. 1. a and b 2 b and c. 3. click, b and d, b, 4. and d. 16. in which of the wave motion is correct. TIS is one of the power relay. (B) longitudinal waves and transverse waves are oscillating direction of particles in the medium the same. But the direction of different waves. C. longitudinal waves and transverse waves are oscillating direction of different particles. But the direction of the wave, moving at the same. 1. and 2. b and c 3.4. no message is. 5. remove water dip pen stroke, 60 times in two minutes from the end of one wave runner. The pen on the surface of the water to the container within a 50 cm in 10 seconds. The waves have a wavelength. 4 cm. 6 cm. 8 cm. 10 cm.6. the periodic spring waves vibrate 0.005 seconds traveling at the speed of 2 cm/sec. Thou shalt find the wave length springs. 0.05 cm. 0.1 cm. 1 cm. 2 cm.19. coastal water surface waves Measure the maximum position and the position of most 1.50 meter away TAM. This surface water waves have amplitude at the links below. 0.5 m 0.75 meters. 1 meter 1.5 m8. wave motion in it. The energy from one end of the rope ends to flick. Convey to the ends of the rope to the other side. Shows that Power to convey along with the movement of the waves. Power to convey after the movement of the waves. Power to convey to before the tsunami arrived Energy from wave to particle and particle transfer, moving to the ends of the rope.9. what text is correct. The reflection of water waves, the wavelength changes Reflection of waves, the rope end of venom may not change. Refraction of waves, the speed change. Sonic wave still has not. , B 2. b, c, d, 3., 4., c. 22. the wave of water moving into smash obstacles, laeosathon back. There will be a reflection of the wave-like waves may rope end pin tightly. There will be a reflection of the wave-like waves may rope ends, the independent. There will be 11 may; There will be a phase transition to the opposite may. What is correct. And b 2 c and 3. b. and c 4. b & d.23. from the treasures of refraction of waves. Wave motion in front of the waves parallel to the seam. Between the deep water to shallow water. Frequency wave Wave length Vertical motion of the waves Wave speed What message does not change. And b 2 and b 3.. and 4. b & d.24. any waves. When the waves through the medium of the medium one. Without a line perpendicular to the Khetrawang intermediaries will have to either be the best message that causes refraction. The speed of the wave in the medium, both. The wavelength in the medium, both. The frequency of the wave in the medium, both. Wave's amplitude in both.25. which of the following messages is correct. Wave refraction ratio between the sine and sine incident angle angle of refraction are constants. Refraction occurs when the vertical motion of waves to change direction. Speed of waves in deep water than in shallow water will always.
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