Where can I find solutions to homework problems in engineering mechanics:dynamics?
107393
There is something else to learn in college (it took me 6 years to find out, but I'll save you the trouble): go to the library and check out 5 related engineering textbooks.  Each book will have a slightly different approach to problems and will really help finding different ways to approaching problems and make you a better student too.  Don't settle for just the required class textbook.\nIf you really want solutions to the homework problems, order the teacher's copy of the dynamics book: it has the solutions, but this will not make you a better student.
198522
i know a wonderful place. go to teenspoint.org. then look to the left under inside teenpoint. and it will say homework help then click connect now under live homework help. you will get hooked up with a tutor who will work your problem thru step by step and help with anything else. and its 100 percent free.
286401
Oh, come on. I answered your first one, and now you flood the board with your homework? Are you really that lazy to think it's easier to post your homework here? These problems are all the same, with different numbers. Do it yourself, I already showed you how.
136454
I will give you a direction to solve the problem...\n\nFirst I will do the problem from a rectilinear formulation(using force, acceleration, velocity) then transfer it to a curvilinear formulation(using Torque, angular accelaration, angular velocity).\n\ngiven F=ma (or F=m(v/t) or more specifically F=m(dv/dt) or even more specifically F=d(mv)/dt).\nWhere F=force, m=mass, v=velocity, and t=time.\n\ngives you Ft=mv (conservation of energy=>conservation of momentum or the impulse-momentum equation).\n\nThis states that it will take a certain amount of force for a certian period of time to produce a certain change in velocity of an object assuming that the mass remains constant.\n\nTransmitting to curvilinear motion force becomes torque, v becomes rv(radius time velocity or w), mass becomes moment of inertia (or I) and t stays the same.
329688
www.throwingmechanics.com
227728
Very simple. start out asking yourself what information do i know about the problem. Anything from masses and forces to symmetries of the problem. Next Ask yourself what additional information you need to solve the problem, values, formulas, etc. from there it should all fall out with ease.
521020
Mechanics of rigid bodies, deformable bodies and fluids\nthermodynamics, thermal engineering, heattransfer,automobiles and internal combustion engines.\ntheory of machines, vibrations, manufacturing sciences\ndesign concepts of machine members.\ncomputer and electronic applications to mechanical engg
49314
Sorry, but with the time you spent typing these questions you could of looked them up in your physics book or googled them.  Sometimes getting others to do your leg work isn't always the best answer to a problem.  Good Luck in your new class!
149751
As far as I am aware, the solutions manual is only available to instructors.  I am, however, aware that David Pace (administrator of DavidPace.com) used to have solutions for a large number of problems on his website.  Unfortunatly, he has recently taken these down without significant comment on the reason for doing so, so they are somewhat unavailable.  You can, however, access a cached version of them from google if you really wish to attempt to locate them.\n\nI encourage you, however, to struggle your way through each and every problem in electrodynamics before ever checking to see if you arrived at the correct result.  It really is the only way to learn.\n\nAlternatively, if you're having significant difficulty, you might try posting to Yahoo! answers in the physics section and I'm sure that someone would be interested in helping you get over your difficulty.\n\nI wish you good luck in your study of electrodynamics using one of the better books out there.  Good luck with your exam.
33734
Sounds like you are going to post all of the questions from your Homework on here? There are better places to get that HW help from.
399935
http://www.homeworkspot.com/ i really love this place it helps me it is a little confusing sometimes though
192414
One of the sites which I prefer for doing my homework is www.howstuffswork.com. U can use the same. The yahoo kids is also the right place to get your homework assistace.
487316
Dynamics\nE&M\nQuantum Physics
785120
http://www.freemathhelp.com/forum/viewforum.php?f=9\nhttp://www.purplemath.com/modules/
12859
The Shaum's Outline Series book will show you how to do the problems.\n\nhttp://books.mcgraw-hill.com/search.php?keyword=fluid+mechanics&template=&subjectarea=ALL&search=Go
1154865
math.com\nor gomath.com \nthere are some others just type in math problem answers online or just type in the problem and see what comes up
902378
http://thesaurus.maths.org/mmkb/entry.html?action=entryById&id=3206\n\nhttp://mathforum.org/library/drmath/view/51899.html\n\nhttp://www-staff.mcs.uts.edu.au/~don/pubs/solving.html\n\nhttp://thesaurus.maths.org/mmkb/entry.html?action=entryById&id=3206