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### IC26 - Problem Statement_1

Course: ME 212, Spring 2010
School: Cal Poly
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Wheel IC26.1 Bump Determine the minimum velocity v which the wheel must have to just roll over obstruction. the The kG is k and it is assumed that the wheel rolls without slip. + A

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Wheel IC26.1 Bump Determine the minimum velocity v which the wheel must have to just roll over obstruction. the The kG is k and it is assumed that the wheel rolls without slip. + A
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Cal Poly - ME - 212
IC26.1 Wheel BumpDetermine the minimum velocity v which the wheel must have to just roll over the obstruction. The kG is k and it is assumed that the wheel rolls without slip.Given: kG=k, h, rolls without slip Find: vmin What type of problem? Deals with
Cal Poly - ME - 212
Lesson 2Newtons Second LawFall 08 Student Advice: Dont procrastinate.get on the ball and study hard from the get go! if you get behind. you are behind!Admin Troubles with Online Practice Quiz? Ind. Homework due Friday Team Homework due MondayWhat do
Cal Poly - ME - 212
The 20 Mg truck starts from rest and pulls the 2000 kg crate as shown in the figure. The 20o angle between the rope and the ground is constant, and the tension in the rope is measured using an S-type force transducer. This force was found to follow the eq
Cal Poly - ME - 212
Lesson 3Rectilinear Motion, F=maFall 08 Student Advice: Understand that this class is not easy. To fully grasp the concepts you must be willing to put a lot of time into the course, especially outside of class. Don't expect to understand the material by
Cal Poly - ME - 212
Lesson 5Polar CoordinatesW09Admin Online Quiz Any difficulties? HW due Friday Team HW on Monday No office hour on Friday (out of town, will still do online office hour)I am most confused about Direction of acceleration MADs How would speed affect
Cal Poly - ME - 212
Lesson 7Kinetics: Work-Energy #1Fall 08 Student Advice: Don't use the solutions &lt;manual&gt; to the homework; Do the problems consistently throughout the week.Admin Homework #3 Due Friday Online quiz tonightReview Kinematics (e.g., ads=vdv) Newtons seco
Cal Poly - ME - 212
Lesson 8Kinetics: Work-Energy #2Fall 08 Student Advice: Don't Fall behind. Look over the PPT slides before and after class. I lost too many points for in-class quizzes, so make sure to study before the quizzes. Dynamics can be easier than it sounds, and
Cal Poly - ME - 212
Lesson 9Linear Impulse and MomentumFall 08 Student Advice: Struggle with the homework. Do homework with a friend or two. Watch the powerpoint examples each day before class and then read the book if you have time. The examples explain the material bette
Cal Poly - ME - 212
The following example can be used to model any situation where we think there is a simple straight central collision, such as in the following videos.Head on impact cars http:/www.youtube.com/watch?v=V081ndTEtlAVirginia Tech football hit http:/www.youtu
Cal Poly - ME - 212
Two hockey pucks of the same mass collide as shown. Find the velocities after impact and the amount of energy lost if e = 0.75 Given: Find: vA= 6 m/s, vB= 10 m/s, e= 0.75 vA and energy lostt nProblem Definitely an impact problem what type: are the diffe
Cal Poly - ME - 212
Lesson 10ImpactFall 08 Student Advice:Make sure they have a lot of time outside of class to learn the material.Admin Project Draft Procedures Due Thursday by 5:00 pm Homework due Friday Look at PPT before Class! HW do 3-218 NOT 3-269 Is correct on B
Cal Poly - ME - 212
3/262 During a pool game, the cue ball has to hit the eight ball into the pocket P with a velocity of v2. The cue ball has a velocity v1 before impact and v1 after impact. The coefficient of restitution is 0.9. The pool balls have the same mass and diamet
Cal Poly - ME - 212
Combined ApproachesAdmin Accident recon project Post draft procedures Thursday by 5pm Will have two additional accidents posted Homework due Friday Might want to make copy of problem #1 to use as a study guide No additional Team HW for MondayFind th
Cal Poly - ME - 212
For instant shown, A has a speed of 100 km/hr, which increases at 8 km/hr per second. Car B also has a speed of 100 km/ hr which is decreasing at 8 km/hr. Find the acceleration that Car B appears to have to an observer in Car A. Given: vA= 100 km/hr, aA =
Cal Poly - ME - 212
Lesson 12Relative MotionFall 08 Student Advice: Do your homework in groups it is way too frustrating to do alone. Form groups of students to do the hw with.Admin Turn in Homework No Team HW for Monday Procedures and Memo in Digital Drop Box by class t
Cal Poly - ME - 212
Lesson 13Constrained Motion of Connected ParticlesFall 08 Student Advice: I'd tell them to try to be on top of things whenever they can because it is a hard subject. They should expect to devote A LOT of time and make sure to manage their time well. Kno
Cal Poly - ME - 212
Lesson 16Rigid Body MotionFall 08 Student Advice: Do all the homework well! It saves so much time come finals if you actually understand the material and learned it during the quarter. Also look at all the audio examples and try to understand them. If y
Cal Poly - ME - 212
5/150 Given: The blade of this hacksaw is mounted in a frame with a horizontal guide. If the motor turns the flywheel at a constant CCW Speed of 60 RPM, find the acceleration (linear) for the position when = 90o. Given: Find: Problem Type:
Cal Poly - ME - 212
5/150 Given: The blade of this hacksaw is mounted in a frame with a horizontal guide. If the motor turns the flywheel at a constant CCW Speed of 60 RPM, find the acceleration (linear) for the position when = 90o. Given: = 60 RPM, =0 Find: Acceleration of
Cal Poly - ME - 212
Lesson 18 Rigid Body Kinematics Relative AccelerationFall 08 Student Advice: As annoying as it seems, listen to examples before class because you actually know whats coming that way. I don't know about other students but reading that dynamics book is nea
Cal Poly - ME - 212
5/130 Given: The punch is operated by a simple harmonic motion of the pivoted section. The motion is measured to be = o sin 2 t. Find the velocity of the punch when t = 10 seconds if o = /12. Given: = sin 2 t Find: Velocity of the punch and angular veloci
Cal Poly - ME - 212
5/150 Given: The blade of this hacksaw is mounted in a frame with a horizontal guide. If the motor turns the flywheel at a constant CCW Speed of 60 RPM, find the acceleration (linear) of the saw for the position when = 90o. Given: = 60 RPM, =0 Find: Accel
Cal Poly - ME - 212
If the velocity of point C of the excavator is vC = 4i (m/s) and is constant, what are AB, AB, BC, BC?Given: Find: Problem Type:
Cal Poly - ME - 212
Lesson 19 Rigid Body Kinematics Relative VelocityAdmin HW due on Monday No Team HWLesson Objectives Apply the parallel axis theorem to calculate the mass moment of inertia about any given axis Apply the relative velocity equation to solve rigid body
Cal Poly - ME - 212
L24 Rigid Body Work EnergyFall 08 Student Advice: This is a very demanding course but if you keep up with the material there is no reason not to do well.most of the people I here that fail say something along the lines of &quot;i just gave up&quot;.so.cram as litt
Cal Poly - ME - 212
Lesson 25 Angular Impulse MomentumFall 08 Student Advice Look at the slides prior to the classes Make sure and do the homework because it really helps you understand the material.Admin Look at your HW any wrong assumptions? Shooting eggs next Friday me
Cal Poly - ME - 212
L26 Angular Impulse Momentum Take 2Admin Shooting eggs on Friday meet in the Building 13 courtyard area (Bldg 13 is just West of the library) Given a range R, determine pullback angle for stopper angle of 110 and 125 degrees. Out of town Thurs-Fri (will
Cal Poly - ME - 212
3/18. The 10 kg steel sphere is suspended from the 15 kg frame which slides down the 20o incline. If the coefficient of kinetic friction between the frame and incline is 0.15, compute the tension in each of the supporting wires A and B.The 15 kg bar pass
Richland Community College - BCIS - 1300
Discussion #4 Chris Glover Ethics and Computers I think the Golden Rule should be followed in computer use, for example, do unto others as they would do unto you. I do not believe the computer should be used to harm others or to steal. I also think that n
University of Louisville - HSS - 394
1. Red blood cells account for nearly 100% of the volume of the &quot;formed elements&quot; of the blood. *a. True b. False2. The heart must receive an impulse from the sympathetic nervous system in order to contract. a. True *b. False3. An increase in red blood
University of Louisville - HSS - 396
All of the chapter powerpoints with notes taken in powerpoint format.
University of Louisville - HSS - 396
chapter2Fuel for Exercising Muscle: Metabolism and Hormonal ControlSILENCE CELL PHONESLearning Objectives Learn how our bodies change the food we eat into ATP to provide our muscles with the energy they need to move Examine the three metabolic system
University of Louisville - HSS - 396
chapter3Neural Control of Exercising MuscleLearning Objectives Learn the basic structures of the nervous system Follow the pathways of nerve impulses from initiation to muscle action Discover how neurons communicate with one another and learn the role
University of Louisville - HSS - 396
chapter4Energy Expenditure and FatigueLearning Objectives Learn how exercise affects metabolism and how metabolism can be monitored to determine energy expenditure Discover the underlying causes and sites of fatigue in musclesMeasuring Energy Costs o
University of Louisville - HSS - 396
chapter5The Cardiovascular System and Its ControlLearning Objectives Review the structure and function of the heart, vascular system, and blood Explore the role of the cardiovascular system in delivering oxygen and nutrients to active body tissues Dis
University of Louisville - HSS - 396
chapter6The Respiratory System and Its RegulationLearning Objectives Find out how the respiratory system brings oxygen to muscles and tissues and rids the body of carbon dioxide Learn the steps involved in respiration and gas exchange Discover how you
University of Louisville - HSS - 396
chapter7Cardiorespiratory Responses to Acute ExerciseLearning Objectives Learn about the cardiovascular adjustments to acute exercise Find out how the cardiovascular system responds to increased demands during exercise Examine how the respiratory syst
University of Louisville - HSS - 396
chapter8Principles of Exercise TrainingLearning Objectives Learn the differences between muscular strength, power, and endurance Examine how strength is gained through resistance training Find out how specific types of aerobic and anaerobic training c
University of Louisville - HSS - 396
chapter9Adaptations to Resistance TrainingLearning Objectives Discover how strength is gained through resistance training Note changes in the muscles and in the neural mechanisms controlling them that occur as a result of resistance training Learn wha
University of Louisville - HSS - 396
University of Louisville - HSS - 396
chapter11Exercise in Hot and Cold Environments: ThermoregulationLearning Objectives Find out how the body gets rid of excess body heat to maintain homeostasis at rest and during exercise Discover how the body adapts to exercise in a hot environment Le
University of Louisville - HSS - 396
chapter13Training for SportLearning Objectives Review the factors involved in training, including volume and intensity Be able to differentiate between undertraining, acute overload training, overreaching, and overtraining Learn the causes, signs, and
University of Louisville - HSS - 396
chapter14Body Composition and Nutrition for SportLearning Objectives: Body Composition Find out what tissues of the body constitute fat-free mass Discover how densitometryand other laboratory and field techniquesare used to assess body composition Exa
University of Louisville - HSS - 396
chapter15Ergogenic Aids and SportLearning Objectives Review various substances that have been proposed to be ergogenic aidssubstances or phenomena that enhance performance Learn the importance of including control groups and placebos when studying the
American Academy of Art - FGB - 381
Loan Amort.Chapter 1Time Value Assessment QuizUsing the BAII+If youve lost the Users Guide:http:/education.ti.com/educationportal/appsdelivUsing the BAII+ Set P/Y to 1 2nd I/Y (i.e. P/Y) 1 [Enter] (i.e. SET) CE/C CE/CUsing the BAII+ Make sure PMT
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CS 341: Foundations of Computer Science II Prof. Marvin NakayamaHomework 31. Give NFAs with the specied number of states recognizing each of the following languages. In all cases, the alphabet is = cfw_0, 1. (a) The language cfw_ w | w ends with 00 wit
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CS 341: Foundations of Computer Science II Prof. Marvin NakayamaHomework 131. The Set Partition Problem takes as input a set S of numbers. The question is whether the numbers can be partitioned into two sets A and A = S A such that x= x.xA xAShow that
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CS 341: Foundations of Computer Science II Prof. Marvin NakayamaHomework 3 Solutions1. Give NFAs with the specied number of states recognizing each of the following languages. In all cases, the alphabet is = cfw_0, 1. (a) The language cfw_ w | w ends wi
American Academy of Art - FGB - 381
FGB 381Personal Financial Planning Time Value of Money TutorialThis tutorial is in the form of a PowerPoint slide show that you drive yourself. As you click the mouse, the slides build themselves to explain various time value of money concepts. You can
NJIT - CIS - 341
CS 341: Foundations of Computer Science II Prof. Marvin NakayamaHomework 41. Use the procedure described in Lemma 1.55 to convert the regular expression (00) (11) 01) into an NFA. Answer:0 1 00 11 01 (00)010011010 10 1(00)(11) 0 011
Alfaisal University - ART - 431
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tong (eyt88) H01: Basic Fundamentals mccord (51600) 1. volume 1. None of these 2. density 2. a pure mixture. 3. mass 3. a chemical bond. 4. number of moles of molecules 4. an element. 5. weight 5. a compound. 009 10.0 points Which of the following is an e
University of Texas - CH - CH301
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tong (eyt88) H02: Stoichiometry mccord (51600) This print-out should have 29 questions. Multiple-choice questions may continue on the next column or page nd all choices before answering. This assignment comes from Chapters 2 and 3 in your book. Nomenclatu
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University of Texas - CH - CH301
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