Recent content by Azytzeen

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    Solve Impulse Problem: Average Force on Bat

    Oh... damnnit! Thanks guys, I will try that out now.
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    Solve Impulse Problem: Average Force on Bat

    82*1.6=131.2 km 120*1.6=192 km .15kg*192km-.15kg*131.2km=9.12kg*km 9.12kg*km/.001sec=9120 If I convert it into kgm/s it becomes 9.12*10^6N. Hmm, still wrong... Argh!
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    Solve Impulse Problem: Average Force on Bat

    82*1.6=131.2 120*1.6=192 .15*192-.15*131.2=9.12 9.12/.001=9120 That's the answer I got the first time, but the computer says that it is wrong. Did I do everything right?
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    Solve Impulse Problem: Average Force on Bat

    A baseball player hits a 82 mph fastball, sending it back at 120 mph. The ball has a mass of 150 g. The contact time is 0.001 s. What is the average force on the bat? Okay, so I converted the miles to kilometres, and then used the equation F_avg*(t_2-t_1) = m_1*v_2 - m_2*-v_2, but I can't get...
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    How Can I Combine Math and Linguistics in My Academic Path?

    Nice idea, but try not to spread it out too thin. I have to say that minoring in English here is a pain, so I would recommend you just to take the courses you want to learn. Also, some philosophy courses would also help, like Philosophy of Langauge and Philosophy of Mathematics. Grad schools all...
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    Solving for the Mass and Velocity of a Puck After a Perfectly Elastic Collision

    Oooh, KE conservation. Thanks. I will try that out now. I always seem to forget about these things every once in a while.
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    Solving for the Mass and Velocity of a Puck After a Perfectly Elastic Collision

    A blue puck with a mass of 4.40*10^−2kg , sliding with a speed of 0.250m/s on a frictionless, horizontal air table, makes a perfectly elastic, head-on collision with a red puck with mass x, initially at rest. After the collision, the velocity of the blue puck is 5.00*10^−2m/s in the same...
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    Stressed Over School? 3.759 GPA, Top 20 Rank - Help Me Decide!

    Seriously, the only thing that matters is grad school, as most undergrad courses are somewhat the same. Just go to a school you like, study something you feel passionate about, get a good GPA, and apply to grad school. I had a 3.0 in high school, and I am maintaining a 3.8 in college here. It...
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    Pre-Law and Physics Majors: Do Employers Want BA or BS?

    Oh, no wonder. My advisor has a BA in physics. The difference between BA and BS is that the BS requires me to take a chemistry course, a programming course, computational physics, and one semester of undergraduate research.
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    How does one get better at math/science? Is it even possible?

    He embrasses you? There might be a solution to that problem then. File complaints, and see if you can argue to take that course as a Pass/Fail instead of credit.
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    Pre-Law and Physics Majors: Do Employers Want BA or BS?

    Well, there is no pre-law major here, so I just did something I was interested in. I think that despite the difficulty I am experiencing in physics, I am still going to stick with it. But in terms of careers in physics, do employers want a BS more than BA? Thanks for the replies.
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    Pre-Law and Physics Majors: Do Employers Want BA or BS?

    Just wondering, when applying for a job, do employers want people with a BA or BS in physics? Because I am a physics and philosophy double major aiming for law school. But a BS in physics is way too much work, as I need a lot of different courses for pre-law. So please let me know.
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    Testing MIT Admissions: Successful Applicants Without Perfect SAT Math Scores

    I know of people with a 1460, Math score lower than Verbal, and got into MIT. Just have a good GPA.
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    How does one get better at math/science? Is it even possible?

    Well, don't hate the professor. Remember that the average physics professor is about twice smarter than a normal person. I mean, they are smart, but most have trouble explaining things out to people who never had any background on physics. My teacher is the same way. He does not speak English...
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    What Speed Will the Spacecraft Hit the Moon's Surface?

    An unmanned spacecraft is in a circular orbit around the moon, observing the lunar surface from an altitude of 40.0km (see Appendix F). To the dismay of scientists on earth, an electrical fault causes an on-board thruster to fire, decreasing the speed of the spacecraft by 30.0m/s. If...
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