Recent content by deuel18

U can find the force by the equation in terms of 5 sec interval. At the same time, u know that F = ma. Therefore, u can find distance d by dividing F by mass and integrate a twice.

U r correct if u cut the capsule shell u will see 140 tubes. The configuration is as what Nidum said, it makes a U turn. This is to increase effective area in which the two fluids interect.

Its one huge shell that looks like a capsule with 70 tubes inside. But if u cut that capsule shell in middle, those 70 tubes would pass twice the cut.

I'd like to know if there's a power transfer loss depending on how gears are connected and placed relative to each other. For the two distinct image down below, imagine ALL GEARS HAVE EXACTLY THE SAME DIAMETERS and the setup is such that the viewers are seeing the top (aerial view) and the gears...

I do. I was able to do it on other problems. I am just having hard time crunching the numbers right. So i looked for guidance.

Ah i see. So the equilibrium cancels the mg with the kdelta.

I got those in mind but if I choose sum of the moment method at pivot A, it gives mg(L/2) - k(delta)(L) - k(y)(L) = I(alpha). Does that mean mg(L/2) is equal to k(delta)(L)?

I see. I guess my specific question is, if the bar as shown in number 7 is placed as is, should i take into account the weight? Like a suspended mass with spring, the weight is not considered. Is the same applies for this particular problem?

Hello. I need some help for my HW. I've been trying this particular problem but I don't know if I am on the right track. The problem and my progress in answering the problem is down below.

Have u looked at xyz core 3d printers? Ur set up is very similar to its mechanism. Depending on the mounting of the camera on the moving profile, u do need to know its inertia.

I know, works well with the idea. Concerning the method of finding the work done by hydrogen ignition, how do I go about it? Where should I start, what are my parameters, considerations, etc?

I see, so height due to ejection of explosion is not enough to find the work done by the explosion. Then that means I'll need few oxygen inside the chamber mixed with the hydrogen to ignite.

Hello, I'm curious to find how much work is released by hydrogen explosion. My method is by making a projectile launched vertically by hydrogen's explosion. Take the highest peak that the projectile launched, multiply it by the projectile's mass and gravity which should yield the maximum...

I know but i just used the 'term' so readers could see the perspective I am at. Because if I say rotor and then rotor, what's the difference? So I had to use the same term.

Hello. I just want to know if it is possible to have permanent magnets as Stator in a Rotating Magnetic field morot. However, these Stators rotates to change their polarities in relation with the Rotor. Much like the harmony of Intake/Exhaust valves in an Internal Combustion Engine.