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UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,

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Page 1: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,
Page 2: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,
Page 3: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,
Page 4: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,
Page 5: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,
Page 6: UCSBweb.physics.ucsb.edu/~phys21/hrk18_probs.pdf · 2014. 5. 9. · funnel of Fig. 26 by blowing into the narrow end. Figure 26 Question 28. 29. According to Bernoulli's equation,