1. Given a sphere brass M-310g, r= 2.1cm and Wair 3.94N in air, attached to masslessstring. We drop the cylinder into water, and measured Fbuoyant=0.518N.(Reference Porass= 8.5 g/cm³, Pwater- 1 g/cm³)a. Find the density using geometry (g/cm³), and percentage errorb. Find the density using Buoyant Force, and percentage error2.You are trying to build a metronome (a time keeping device) using a simple pendulum.Assume that your pendulum bob weighs 1 kg and g=9.8m/s2. How long should you make thependulum arm so that the metronome ticks with a frequency of 1.7Hz?3.A force is applied on a body of mass 27kg moving with initial velocity of 35m/S. The bodyattains a velocity of 60 m/s after moving short time. Calculate the work done4.a. Given a moving 7.5 kg block on horizontal axis toward a fixed spring with k =350 N/m. If themaximum displacement the spring can compressed is 0.24m, what is the velocity of theblock? (Hint: maximum compression is when 2 forces are equal)b. An 75N force pushes a box from the front-door to bedroom with an angle 30. Given the mass ofthe box is 13kg and the distance is 10m. Find the work done.Extra Credit,1. We usually assume that the mass of the pendulum arm is negligible compared to the mass hungfrom it. But if not negligible, does the mass of the string increase or decrease the period ofmotion? Explain.2. State the Archimedes' Principle. Is the buoyant force depending on mass of the object?3. Given L₂ = 4L₁ and m₂ m₂. What is the T₂ depends on T,?

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Description: 1. Given a sphere brass M-310g, r= 2.1cm and Wair 3.94N in air, attached to masslessstring. We drop the cylinder into water, and measured Fbuoyant=0.518N.(Reference Porass= 8.5 g/cm³, Pwater- 1 g/cm³)a. Find the density using geometry (g/cm³), and p

Mass of sphere = 310 g, r = 2.1 cm, Wair=3.94 N The buoyant force is the upward force exerted on an…

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1. Given a sphere brass M-310g, r= 2.1cm and War 3.94N in air, attached to massless string. We drop the cylinder into water, and measured Fbuoyant 0.518N. (Reference Porass 8.5 g/cm³, Pwater 1 g/cm³) a. Find the density using geometry (g/cm³), and percentage error b. Find the density using Buoyant Force, and percentage error 2. You are trying to build a metronome (a time keeping device) using a simple pendulum. Assume that your pendulum bob weighs 1 kg and g=9.8m/s2. How long should you make the pendulum arm so that the metronome ticks with a frequency of 1.7Hz? A force is applied on a body of mass 27kg moving with initial velocity of 35m/S. The body attains a velocity of 60 m/s after moving short time. Calculate the work done

1. Given a sphere brass M-310g, r= 2.1cm and War 3.94N in air, attached to massless string. We drop the cylinder into water, and measured Fbuoyant 0.518N. (Reference Porass 8.5 g/cm³, Pwater 1 g/cm³) a. Find the density using geometry (g/cm³), and percentage error b. Find the density using Buoyant Force, and percentage error 2. You are trying to build a metronome (a time keeping device) using a simple pendulum. Assume that your pendulum bob weighs 1 kg and g=9.8m/s2. How long should you make the pendulum arm so that the metronome ticks with a frequency of 1.7Hz? A force is applied on a body of mass 27kg moving with initial velocity of 35m/S. The body attains a velocity of 60 m/s after moving short time. Calculate the work done

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter14: Fluid Mechanics

Section: Chapter Questions

Problem 84P: Suppose you have a wind speed gauge like the pitot tube shown in Figure 14.32. By what factor must...

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