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Type: Posts; User: mayya
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Thanks. Well I am searching for a vet nearby and I think I will succeed by the night. It's wound's not bleeding actually and I have found this cat this afternoon and I think the wound is probably 2-3...
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One of the stray cat lost it's left half paw in an accident. I don't know any vet near my vicinity, so kindly suggest me what I should do instantly until I find a vet?
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What are the similar features between ADA and SNOBOL?
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What are the factors related to HR that it must consider to survive in society and market?
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Sorry, I am poor at understanding the things properly, so, asking questions again and again to conclude the matter.
Firstly, it may be reminded here that mechanism being designed for extraction of...
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Ok. Using correct formula for total kinetic energy the amount of work required to get the disc to spin at speed of 25 rev/s
Wip = KE = 1/2 IW^2 = 2m(pi.rn)^2 kgm^2/s^2, Nm, joules
=...
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Special characters have been replaced by common ones and the matter has been reproduced under. It may also be noted that these calculations have no concern with radially sliding piston. Rather these...
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It is noted that query prepared in word document when posted does not show some of the characters or operators like omega, pi, etc. in actual format in relevant formulae. Kindly advise what to do to...
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It is noted that query prepared in word document when posted does not show some of the characters or operators like omega, pi, etc. in actual format in relevant formulae. Kindly advise what to do to...
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My assumption and calculation regarding amplification of input energy by utilizing centrifugal force are as under for your review and comments.
Consider a body having one kilogram mass (m) with...
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A lot of mix-up and confusion has taken place. I shall show you detailed calculation a little bit later. Actually, I expected calculation based on this data yourself and confirmation of my...
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Many thanks for your helping efforts.
Regarding your question, reason for consideration of centrifugal force for free power generation is due to following calculations and logics.
Rotation of...
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With reference to the same data, what will be the velocity of the piston in radial direction at particular distance from the center e.g. at 200 mm radius?
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In hydraulic terms, formula for power (kW) of pump and motor of any type is
kW = QP/600 (Efficiency ignored for simplicity)
Where, Q = Oil flow rate (lit/min)...
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So for the proof may I COPY/PASTE the real Q then? :)
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Well that's not the actual copied/pasted homework question anyway but it somehow relates to my homework. And I think its not bad to ask for help!
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Thanks for your consideration but I have just asked about requirements.
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Thanks for such a great help.
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Q. What are the software and hardware requirements to run a web server?
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Q.1 comes from Bernoulli section...
And I can't type Q.3 in right way but it is in the same format that you have given. Looking for further help. Thanks.
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It can be confirmed by calculation that the piston having 1kg mass with its centre of gravity at 100 mm while rotating at 1500 rpm needs about 185 watts of input power/energy. Whereas it is...
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Thanks for your replies as they helped me a lot. Actually I am asking these questions on behalf of my father who is trying to design a mechanism for utilization of centrifugal force. With thanks and...
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These are input devices. You can Google them for their images as well.
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If the movement of the piston is opposed say by some sort of hydraulic or spring force equal to half of the centrifugal force (i.e. 2467N), then what will be the speed of the piston at that...
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Question:
What are the main strengths and chief limitations of datagloves and footmice?
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Q.1 Solve the given differential equation subject to the indicated initial condition.
xy(1+xy^2)dy/dx = 1, y(1)=0
Q.2 Find the orthogonal trajectories of the following family of curves....
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Thank you for your consideration. As an example, suppose that wheel is rotating at 1500 rpm, piston is initially at 100 mm from the wheel axis of rotation.
Q.1 How much distance the piston will...
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A disc rotating at a certain rpm (e.g. at 1000rpm) having a radial hole with a plunger or piston inside the hole. Say the mass of this piston is 1kg. Certainly this piston will move radially outward...
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It helped me a lot. Thank you!
Stay blessed.
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please solve Q.2: (y^2+3xy)dy = (4x^2+xy)dy, y(1) = 1
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@Unknown008 that's not me... I have posted this for the first time... that is someone else!I have checked it...
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@Unknown008 yeah that was my mistake in fact. And thanks for the solution.
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Q.1 Solve the given differential equation by Separation of variables.
Sec^2xdy + cscydx = 0
Q.2 Solve the following Differential Equation
(y^2+3xy)dy = (4x^2+xy)dy, y(1) = 1
Q.3 Determine...
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