iam most interested on an explanation of exactly how each parameter effects a motor or heat regulator and info on how to create one in C++
137624
If my Uni days serve me correct...PID stands for Proportional, Integral, Derivative controller. I could add more to that, but basically it is a closed loop regulator and I've only ever seen one set up to sync two stepper motors to the exact same degrees. Was cool to see in action. More accurate by far than a simple op-amp closed loop FB system. Oh, and more expensive too. There are just loads of books on these things.
381910
Just use the formula\n\nE = m*Cp*(Delta T)\n\nE=energy\nm=mass\nCp= Specific Heat\nDelta T = change in temperature\n\nCp= 0.51998 J/(C*g)\n\nGood Luck with the test!
528533
x^1=x+(coefficient of linear expansion called alpha)*xt\nx^1=New length\nx=Original length\nt=change in temperature\n{values are given in table form in Physics or Engineering books}
294326
search \nMechatronics on google and you will get a lot of resources \nfew links\nwww.PMDcorp.com      High-precision single or multi-axis Includes user-friendly software\nStepper motor control?\nwww.teknic.com      Discussion of motion & I/O control: low-cost, reliable, easy expansion
257748
I have heard this question so many times that I decided to look it up on the net and I found a very good site that explains it very well, step by step.\nSo I will simply link that one here. This is the C equivalent, you can modify it for c++!\n\nhttp://www.iwebthereforeiam.com/programming/selfWrite.asp\n\nEnjoy!
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class publication\n{\n   private :\n      char title[20];\n      float price;\n   public :\n      void getdata()\n      {\n          cin>>title;\n          cin>>price;\n      }\n};\nclass books :: public publication\n{\n   private :\n      int pagecount;\n   public :\n      void getdata()\n      {\n          cin>>pagecount;\n      }\n\n};\nclass tape :: public publication\n{\n   private :\n      int playing_time;\n   public :\n      void getdata()\n      {\n          cin>>playing_time;\n      }\n};
238010
See at: http://en.wikipedia.org/wiki/Newcomen_steam_engine
534684
Use the formula:\nQ (heat) = Cp (Heat Capacity) * delta T (Change in Temperature)
26671
hey!! looking for ur c++ project.. source code online?? isnt a good idea!\n\nwell thetopic u've selected is idiotic.. \nu better submit an original work.. or else u'll loose marks!\n\nn if programming is ur problem.. n u're lookin for an easy way out.. try looking for tutorial sites for c++.. n search for samples .. but then be assured that ur teacher will come to know aboiut the authenticity just by the format.. \n\nwell if u're smart enough to edit the stuff n then submit it.. only then its of some use.\n\nn by the way.. i've heard of this project .. its common.. i mean even some of my batchmates did this project.. a very ordinary 1... so u may get some help from ur seniors as welll!!
158388
For C# and C++ Here you can find:
97778
Howstuffworks has good diagrams and explanations that may help you.  Good luck.
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Here it is:-\n\n/* Convert.cpp */\n/* Display the reverse of the input */\n/* By Senthil */\n\n#include <iostream.h>\n#include <conio.h>\n#include <string.h>\n\nvoid main()\n{\nchar inp[10];\nint cnt = 0, ex = 0;\nclrscr();\n\ncout<<"Enter some characters (max limit 10) : ";\ncin>>inp;\n\ncnt = strlen(inp);\ncnt--;\nfor(ex = 0;ex != cnt;ex++,cnt--)\n{\ninp[ex] = inp[cnt];\n}\ncout<<"The reverse of the string is : "<<inp;\ngetch();\n}
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Please look at http://en.wikipedia.org/wiki/Mechanics.
1041
I always recommend Bjarne Stroustrup's "The C++ Programming Language", third edition.  It cuts straight to the meat of what is different between C and C++ instead of messing around with arrays of char like most tutorials do.
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http://www.wpi.edu/Pubs/ETD/Available/etd-0430102-120529/unrestricted/gaubatz.pdf\n\nmentions a VHDL implementation and generation of test vectors using Maple V.
26555
A few below to get you started.\n\nOr look at my bookmarks at http://del.icio.us/wd5gnr/fpga
17209
A good place to start will be to look at the following websites \n\nThermal Energy and States of Matter\nhttp://www.pschweigerphysics.com/thermenergy.html\n\nThermal Energy\nhttp://sol.sci.uop.edu/~jfalward/physics17/chapter6/chapter6.html\n\nThermodynamics and Thermal Physics guides\nhttp://physics.about.com/cs/thermodynamics/\n\nIf your doing a project you might look into "Ocean Thermal energy conservation" as a topic.\n\nOcean Thermal energy conservation is used to generate electricity using the temperature difference of seawater at different depths