Recent content by StartlerBoy
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Explain the pressure terms in Bernoullis Equation
Total Pressure must remain constant because that is the Total Energy available or associated with the flow and we know that because of the Energy Conservation. And Total Pressure is composed of two constituents - ie static pressure and dynamic pressure and I know these two coexsist always...- StartlerBoy
- Post #15
- Forum: Mechanical Engineering
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Explain the pressure terms in Bernoullis Equation
Madster Thanks for answering and sharing your views and importantly seconding my opinion about the laws of nature Yep people seem to have a problem to being honest enough to accept that even the laws of nature have something behind them as a cause to their manifestation and that they don't...- StartlerBoy
- Post #13
- Forum: Mechanical Engineering
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Explain the pressure terms in Bernoullis Equation
Madster Thanks for answering and sharing your views and importantly seconding my opinion about the laws of nature Yep people seem to have a problem to being honest enough to accept that even the laws of nature have something behind them as a cause to their manifestation and that they don't...- StartlerBoy
- Post #12
- Forum: Mechanical Engineering
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Explain the pressure terms in Bernoullis Equation
boneh3ad : I have no where Ignored dtango, infact his view point very much appealed to me and seemed to be a satisfactory explanation which I've mentioned to be interesting. But I just wasnt pretty much sure about it and waited for other view points. Is it ignorance?? What made you...- StartlerBoy
- Post #7
- Forum: Mechanical Engineering
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Explain the pressure terms in Bernoullis Equation
dtango - thanks for replying. Your approach to understand pressures seems an analogy from the electric current concept but does look interesting, so let's get along with the discussion and check if its really is the way you mentioned. Thanks anyway. drMS : You have...- StartlerBoy
- Post #5
- Forum: Mechanical Engineering
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Explain the pressure terms in Bernoullis Equation
The Bernoullis Equation for an Incompressible Inviscid flow (say water) is as follows: p + (1/2).ρV^2 + ρgh = constant where, In words, static pressure + dynamic pressure + pressure energy due to height = constant It gives the Energy...- StartlerBoy
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- Bernoullis Explain Pressure Terms
- Replies: 18
- Forum: Mechanical Engineering
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Larger Reaction Than The Applied Force
Thanks Guys for your responses.- StartlerBoy
- Post #9
- Forum: Mechanical Engineering
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A mechanical toy car (without electronics) should turn on detecting obstruction
Let us know the details then.- StartlerBoy
- Post #4
- Forum: Mechanical Engineering
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Larger Reaction Than The Applied Force
I do understand Leverage and Mechanical Advantage in terms of pulleys, levers (moments causing it), winches et al. But the question here is not limited to sophomore statics. I do understand that reactions are equal and opposite to the acting force. In general we consider the reactions in the...- StartlerBoy
- Post #6
- Forum: Mechanical Engineering
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Larger Reaction Than The Applied Force
Then what is it? The static equilibrium has reached (the spherical object doesn't slide down along the inclined surface anymore) so there has to be Reactions which to best of my knowledge are responses to the forces or their components (in case of inclinations) acting on the...- StartlerBoy
- Post #3
- Forum: Mechanical Engineering
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Larger Reaction Than The Applied Force
There is a metal sphere which is cut and flattened at on one side and the flat side rests on an inclined surface. The figure is attatched please refer it. The weight of the sphere is W = 20*9.81 N . The sphere will tend to slide on the inclined surface as perceived. But the vetical wall...- StartlerBoy
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- Applied Applied force Force Reaction
- Replies: 8
- Forum: Mechanical Engineering
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Understand Working of a Flywheel: Kinetic Energy, Power Stroke & Fluctuation
Thanks a lot guys for answering back. And MRFMengineer this was exactly the point I was looking to for a conformation and My comcept is clear now. Thanks again for the responses and looking forward to more cooperation like this in the future from you.- StartlerBoy
- Post #9
- Forum: Mechanical Engineering
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Understand Working of a Flywheel: Kinetic Energy, Power Stroke & Fluctuation
MRFMengineer, thanks a lot for the reply. But my actual doubt remains sort of unaddressed. My question is that suppose the engine be idle (no load and no transmissions drivetrains - for the sake of simplicity) then for a particular Power produced per cycle (by keeping a fixed amount of...- StartlerBoy
- Post #6
- Forum: Mechanical Engineering
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Understand Working of a Flywheel: Kinetic Energy, Power Stroke & Fluctuation
Hey people, No one with a reply to my query?? Come on guys, I need to understand this very clearly and as quickly as it can be. My further course in learning more of automobiles depends on this a lot. So please answer this question, and the more detailed or made easy the...- StartlerBoy
- Post #2
- Forum: Mechanical Engineering
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Understand Working of a Flywheel: Kinetic Energy, Power Stroke & Fluctuation
Hi guys, I have a very basic question which I have never been able to completely grasp the concept behind. This is regarding the Working Of A Flywheel. My question is: The Flywheel is said to store the kinetic energy from the excessive power produced...- StartlerBoy
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- Flywheel
- Replies: 8
- Forum: Mechanical Engineering