SocesBME 101 Introduction to Biomedical EngineeringShown here is the Hawking equation that describes radiation from black holesnAkc2hGWhere:S-entropy (J/K)A- area of the event horizon (m2)k- Boltzman's constant (m kg/s' K)C- speed of lighth-Planck's constant (m? kg/s)a) Using the equation and units of the other terms, find the units for c.b) In this system of units, c = 2.99 x 10°. Convert this to miles/hour.G- universal gravitation constant (m'/kg s')50°C is d 50°C is d 50°C is dS= 4.18 s= 4.18 5= 4.18•..

Write the Hawing equation as follows: S = πAkc32hG ......1 Given the units of each variable…

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Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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Chapter 7 introduces the gas laws. Pressure, temperature, mass, and volume work together to determine an ideal gas state. Navigate to this NASA Animated Gas Lab to explore this concept. Try changing two different variables: mass, volume, pressure, or temperature. In your post, describe the variables that you tested. What happened to the graph on the right as the variables changed? What happened to the piston and the system as the variables changed? Last, describe how changing variables might affect two real life situations. If you have trouble accessing the applet, a before and after sample interaction is also available.
2.6. One mole of gas in a closed system undergoes a four-step thermodynamic cycle. Use the data given in the following table to determine numerical values for the missing quantities indicated by question marks. Step 12 23 34 41 12341 AU¹IJ -200 ? ? 4700 ? Q/J ? -3800 -800 ? ? W/J -6000 ? 300 ? -1400
7- 3.111- Water flows through the branching pipe shown in Fig. P3.111. If viscous effects are negligible, determine the pressure at section (2) and the pressure at section (3). A3 = 0.035 m2 = 10 m %3D Z3 Q1 = 1 m³/s A1 = 0.1 m2 P1= 300 kPa 71 = 0 (3) %3D V2 = 14 m/s A2 = 0.03 m2 22 = 0 %3D (1) (2)
Q2: A mercury thermometer having a time constant of 0.1 min is placed in a temperature bath at 100°F and allowed to come to equilibrium with the bath. At time t=0, the temperature of the bath begins to vary sinusoidally about its average temperature of 100°F with an amplitude of 2°F If the frequency of oscillation is 10/π cycles/min, What is the phase lag? In terms of the symbols used T = 0.1 1≥0 f= 10 元 ==100 x(t) 100+ 2 sin(wt)) السائل SLOW
Review Tutorial 3 – How to Define a Thermodynamic State. Given the following property data for H20, designate the region, line, or point in T-v or P-v space (i.e., compressed liquid, liquid- vapor mixture, superheated vapor, etc.) and find the value of the requested property. If the state is a saturated mixture, also find the quality. Use the tables in Appendix B and indicate which table was used. Provide units with your answers. A. T = 600 K, v = 1.8405 m/kg Table? Region, etc.? P = ? B. T = 600 K, v = 0.010 m²/kg %3D Table? Region, etc.? P = ? C. T= 600 K, P = 6.0 MPa Table? Region, etc.? v = ? D. T= 600 K, P = 6 kPa Table? Region, etc.? h = ? E. P = 6 kPa, h = 2784.6 kJ/kg Table? Region, etc.? v = ?
The problem that is listed below need to be solved and you may access that problem via viewing them through the attached images in this request. **Question Number #2.45**
You live along the flight path of planes coming in for a landing at the airport. The intensity of sound waves from a plane's engines is 4.0 × 10-7 W/m² when the plane is at an altitude of 10000 m. A. What is the power of the sound waves emitted by the engines (assuming the sound travels equally in all directions)? P = W B. What is the intensity of the sound waves emitted by the engines when the plane is at an elevation of 100 m? I = W/m²
Two tanks (A and B) are connected using a multifluid manometer. Air is trapped in the pipeline of CD as shown below. The specific weight of oil is 0.9 and that of water is 1. Determine the specific weight of air if Tank A is open to atmosphere (101.325 kPa) and the pressure in tank B is 113 kPa. Given that: hị = 1.35 m, hz = 2 m, hy = 0.5 m, hạ = 1.25 m, hs = 0.99 m and he = 1.5 m. Air h: Oil D: D CO: D. h. B h: Water he 25 m he the Water B: E: B:
Given what you know about thermodynamics, the energy balance equations that you have learned, etc. Prove that for an adiabatic, reversible pump, -Ws/m = V∆P. Show your work and state assumptions.
Consider a system consisting of three quanta of energy distributed between four molecules. Each molecule may possess three, two, one or no quanta. (a) Show, by drawing the various possible arrangements, that there are 20 different ways of distributing the quanta between the molecules. (b) Use theBoltzmann formula to calculate the entropy of the system.
MULTIPLE CHOICE -The answer is one of the options below please solve carefully and circle the correct option Please write clear .
On single-component phase diagrams, the phase rule is given by f = 3 – p. This equation means that if f = 1, the region containing the indicated phases is a line or curve. True False

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