Recent content by blieveucanfly
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Internships: How do I beat the computer?
Hi! I've reached my 3rd year of undergrad in ME and I've reached that point where I'm applying for just about any internship that is a) paid and b ) mentions an engineering degree. I am at a happy point where I honestly don't care what the work is, as long as its a job that applies mechanical...- blieveucanfly
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- Computer Internships
- Replies: 3
- Forum: STEM Career Guidance
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What is the Maximum Load W1 That a Supported Beam Can Hold?
That makes it seem like w2 is completely canceled out by w1- blieveucanfly
- Post #5
- Forum: Engineering and Comp Sci Homework Help
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What is the Maximum Load W1 That a Supported Beam Can Hold?
So am I then treating W2 and a rectangular load and w1 as the remaining triangular portion in the diagram? I suppose that would produce two equivalent loads in the middle of the bridge (W1eq and W2eq) which would give me a W1 moment term to solve for) Thank you so much for your help. I did the...- blieveucanfly
- Post #3
- Forum: Engineering and Comp Sci Homework Help
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What is the Maximum Load W1 That a Supported Beam Can Hold?
Homework Statement As shown, a uniform beam of length l = 5.90 and 48.2 lb is attached to a wall with a pin at point B. A cable attached at point A supports the beam. The beam supports a distributed weight = 21.0 lb/ft. If the support cable can sustain a maximum tension of 300 lb , what is...- blieveucanfly
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- Body Rigid body
- Replies: 5
- Forum: Engineering and Comp Sci Homework Help
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ODE Hooke's Law, V(x) instead of V(t)
I think I may have figured it out: If my logic is correct dv/dt = dx/dt*dv/dx. Since I want a solution for v(x), I need to solve the differential with a dv/dx in it. I can get this by substituting v for dx/dt. My new ODE looks like this: v * dv/dx = -k/m x +g which I then solve by integrating...- blieveucanfly
- Post #2
- Forum: Calculus and Beyond Homework Help
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ODE Hooke's Law, V(x) instead of V(t)
Homework Statement A 50kg mass is attached to a spring and hung from an overhead beam. The Force on the spring when extended 2 meters from rest is 50N. The resting length of the spring is 1m. 1) Obtain the ODE to solve for the velocity as a function of position (NOT time) 2) Solve the...- blieveucanfly
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- Hooke's law Law Ode
- Replies: 3
- Forum: Calculus and Beyond Homework Help
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Publish Article on Thin Films: Condensed Matter Physics
That's kind of the conclusion I came up with- that is, to write and then worry about formatting. Thanks so much for the push in the right direction... it helped a lot!- blieveucanfly
- Post #4
- Forum: STEM Career Guidance
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Publish Article on Thin Films: Condensed Matter Physics
I was asked by my research advisor to write an article/short paper for publishing about our findings in an experiment we've been running. He's been (I feel) intentionally vague about where I should look to publish this in... So I need some advice. Without giving much away, the field/subfield is...- blieveucanfly
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- article
- Replies: 3
- Forum: STEM Career Guidance
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Job Skills Preparing for an Undergraduate Research Interview
I have the opportunity to apply for undergraduate research positions at my university. In order to do this, I have to "interview" 3 or more of the Physics faculty about their research in order to learn more about what they're doing. I'm wondering what sort of questions I need to ask...- blieveucanfly
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- interviews Research
- Replies: 1
- Forum: STEM Career Guidance