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Learned So Far? ho gril Answer the following questions. Write yllatnoshod nword slitstort: se your answers on the blanks. be 1. Consider two tennis balls that will be rolling toward the edge of a table. If ball A rolls faster than ball B, will the two tennis balls hit the ground at the same time? Justify your answer. 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. bas. lled

Learned So Far? ho gril Answer the following questions. Write yllatnoshod nword slitstort: se your answers on the blanks. be 1. Consider two tennis balls that will be rolling toward the edge of a table. If ball A rolls faster than ball B, will the two tennis balls hit the ground at the same time? Justify your answer. 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. bas. lled

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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What Have I Learned So Far? Vileiroshod nwordi slitasjo19:3 Answer the following questions. Write your answers on the blanks. gbe rlf lo grill 1. Consider two tennis balls that will be rolling toward the edge of a table. If ball A rolls faster than ball B, will the two tennis balls hit the ground at the same time? sylo Justify your answer. 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. lled by (LS) 1951 (most bog Inineshod gr 11. path as shown by the ne. However, hou is da 122 ria 2: Projectile thrown at an upward angle Ininoshoni srbi e trajectory of a cannonball a liedes aqu² 5.2.017 cloven lladorli ed at an upward angle is moshor barddmes sonsteib leinoxing ST (d) esi ont elevat in figure 5.4. If there was ty, the ball would follow besvians risq 16 iw diteq lstoshor misalna (0) 104 CO
Transcribed Image Text:What Have I Learned So Far? Vileiroshod nwordi slitasjo19:3 Answer the following questions. Write your answers on the blanks. gbe rlf lo grill 1. Consider two tennis balls that will be rolling toward the edge of a table. If ball A rolls faster than ball B, will the two tennis balls hit the ground at the same time? sylo Justify your answer. 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. lled by (LS) 1951 (most bog Inineshod gr 11. path as shown by the ne. However, hou is da 122 ria 2: Projectile thrown at an upward angle Ininoshoni srbi e trajectory of a cannonball a liedes aqu² 5.2.017 cloven lladorli ed at an upward angle is moshor barddmes sonsteib leinoxing ST (d) esi ont elevat in figure 5.4. If there was ty, the ball would follow besvians risq 16 iw diteq lstoshor misalna (0) 104 CO
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can you also make number 1 answer, short but specific because i dont know what to write or i should say i dont know where is the final answer thank yoi

Ima 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. lledes filier oshor VIVEYO Case 2: Projectile thrown at an upward angle Introsion The trajectory of a cannonball lay lied sexoqque 5.2.pit aloue lied projected at an upward angle is noshor benidmoo hown in figure 5.4. If there was srt (d) rites mi ort besvisns es rtsq ripicua 16 e bell no gravity, the SONBIL ball would follow e Jugniw disq istnosnor straight path as shown by the issinevalled arts dashed line. However, because here is gravity, the cannonball will continuously fall beneath he imaginary line until it strikes he ground. Notice the vertical distances beneath any point on the dashed line are the same distances the ball would have fallen if the Fig. 5.4 ball were dropped from rest at a particular time. As in the example n the previous module, this 3 Ininescind sends eninud 1 s 4.9 m sonstath Irinoxik eriTelevis Grau supro arlito Togmioo srit 19.6 m 1.97 44.1 m elos in HYCE Viray edi 2 s 2 sm dlsu ba bergoth montres convened (mortistel 3 s Possible trajectories of a cannonball projected upward with gravity (solid curved cannon line) and without gravity (straight dashed line) Adapted from: Hewitt, P. Conceptual Physics, 11th ed. (2009) Addison- Wasla A pr is рс ас ho d y ar (in ho 3276
Transcribed Image Text:Ima 2. This time, consider ball A which is to be thrown horizontally, while ball B will be dropped from the same table edge. Determine if both tennis balls will reach the ground at the same time. Explain your answer. lledes filier oshor VIVEYO Case 2: Projectile thrown at an upward angle Introsion The trajectory of a cannonball lay lied sexoqque 5.2.pit aloue lied projected at an upward angle is noshor benidmoo hown in figure 5.4. If there was srt (d) rites mi ort besvisns es rtsq ripicua 16 e bell no gravity, the SONBIL ball would follow e Jugniw disq istnosnor straight path as shown by the issinevalled arts dashed line. However, because here is gravity, the cannonball will continuously fall beneath he imaginary line until it strikes he ground. Notice the vertical distances beneath any point on the dashed line are the same distances the ball would have fallen if the Fig. 5.4 ball were dropped from rest at a particular time. As in the example n the previous module, this 3 Ininescind sends eninud 1 s 4.9 m sonstath Irinoxik eriTelevis Grau supro arlito Togmioo srit 19.6 m 1.97 44.1 m elos in HYCE Viray edi 2 s 2 sm dlsu ba bergoth montres convened (mortistel 3 s Possible trajectories of a cannonball projected upward with gravity (solid curved cannon line) and without gravity (straight dashed line) Adapted from: Hewitt, P. Conceptual Physics, 11th ed. (2009) Addison- Wasla A pr is рс ас ho d y ar (in ho 3276
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