MAE 335: Fluid Mechanics, Fall 2013
Homework #1: Due Friday 9/13/13 at the beginning of lecture
Please follow the solution steps outlined in the Syllabus.
1. Water at standard atmospheric pressure and temperature fills a sealed, rigid container. If the
te
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December 16, 2011
Name_
MAE 335 Final Exam (3 hours, 5 questions)
Open book, notes, homeworksall paper resources are acceptable
No computers, cell/smart phones, blackberries, etc., allowedusage will result in a 0.
Scientific and graphing calcu
MAE 335: Fluid Mechanics, Fall 2014
Homework #1: Due Friday 9/19/14 at the beginning of lecture.
1. Water at standard atmospheric pressure and temperature fills a sealed, rigid container. If the
temperature of the water is increased by 50C, what is the pr
MAE 335: Fluid Mechanics, Fall 2013
Homework #2: Due Friday 9/27/13 at the beginning of lecture
Please follow the solution steps outlined in the Syllabus.
1. A door 1 m wide and 1.5 m high is located in a plane vertical wall of a water tank. The door is
h
MAE 335: Fluid Mechanics, Fall 2014
Homework #5: Due Monday 11/03/14 at the beginning of lecture.
1. The period of a pendulum, T, is assumed (correctly or incorrectly) to depend on the mass, m, the
length of the pendulum, , the acceleration due to gravity
MAE 335: Fluid Mechanics, Fall 2013
Homework #5: Due Wednesday 11/6/13 at the beginning of the class
Please follow the solution steps outlined in the Syllabus.
1. The period of a pendulum, T, is assumed (correctly or incorrectly) to depend on the mass, m,
MAE 335: Fluid Mechanics, Fall 2015
Homework #5: Due Monday 11/09/14 at the beginning of lecture.
1. The period of a pendulum, T, is assumed (correctly or incorrectly) to depend on the mass, m, the
length of the pendulum, , the acceleration due to gravity
MAE 335: Fluid Mechanics, Fall 2014
Homework #2: Due Monday 9/29/14: submit at the beginning of the class
Please follow the solution steps outlined in the Syllabus.
1. The concrete dam of Figure below weighs 23.6 KN/m3 and rests on a solid foundation.
Det
MAE 335 Fluid Mechanics
Recitation 8- Dimensional Analysis 2
October 31, 2014
1. The figure shows an air jet discharging vertically with a velocity V from an orifice (hole)
of diameter d. Experiments show that a ball placed in the jet will be suspended in
Chapter 8
Acids and Bases
8.2
Brnsted-Lowry Acids and Bases
1
Brnsted-Lowry Acids and Bases
According to the Brnsted-Lowry theory,
acids donate a proton (H+).
bases accept a proton (H+).
2
NH3, a Brnsted-Lowry Base
In the reaction of ammonia and water,
MAE 335 Fluid Mechanics
Recitation 8- Dimensional Analysis
October 24, 2014
1. (Problem 3 from Spring 2010) Spin plays an important role in the flight trajectory of golf,
Ping-Pong, and tennis balls. Therefore, it is important to know the rate at which sp
MAE 335: Fluid Mechanics, Fall 2014
Homework #7: Due Wednesday 12/03/14 at the beginning of lecture
1. The velocity components of a steady flow field are = 2 and = (2 + 2 2 ).
(a) Is the flow incompressible?
(b) Is the flow rotational or irrotational?
(c)