Recent content by BalintRigo
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Integral of type 'derivative over function' with a twist
I got it, thanks an awful lot!- BalintRigo
- Post #3
- Forum: Calculus and Beyond Homework Help
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Integral of type 'derivative over function' with a twist
Homework Statement Find the integral [(2x - 3) / (x^2 - 3x - 5)^2] dx Homework Equations I noticed that if I differentiate the denominator I get the nominator, which would be a simple problem. The denominator, however is raised to the power 2. Can I still somehow use the rule for...- BalintRigo
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- Function Integral Type
- Replies: 2
- Forum: Calculus and Beyond Homework Help
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Aerospace Engineering Offers: Bath, Loughborough, Manchester
Any other opinions? Maybe someone who studies Engineering in Manchester?- BalintRigo
- Post #6
- Forum: STEM Academic Advising
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Aerospace Engineering Offers: Bath, Loughborough, Manchester
Thank you Abraham! I chose Bath. It ranks among the best unis in Aero eng. I know a few people that go there and they are all very satisfied. Bristol is also very by with companies like Airbus, Rolls Royce and a lot of students go for placement there. Bálint, Slovakia- BalintRigo
- Post #5
- Forum: STEM Academic Advising
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Aerospace Engineering Offers: Bath, Loughborough, Manchester
Abraham, thanks for your reply, nope its not late, i have to reply today :) How about Bath? It ranks even better in the tables. The only thing I don't like is that it follows the same curriculum as the mechanical/civil/manufacturing/etc. engineering courses in the first two years. But then...- BalintRigo
- Post #3
- Forum: STEM Academic Advising
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Aerospace Engineering Offers: Bath, Loughborough, Manchester
Hello, I am currently holding offers for Aerospace Engineering from the following unis: Bath Loughborough Manchester My reply date is tomorrow and I am having a hard time deciding which offer to accept. Personally I'm attracted to Manchester the most (I like the course content, the city...- BalintRigo
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- Aerospace Aerospace engineering Engineering
- Replies: 5
- Forum: STEM Academic Advising
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Finding the horizontal accerelation using forces
The horizontal component of the force F1 and the force F2 are in opposite directions, therefore you have to substract 12.89 N from 47.5 N, and divide that net force by the mass to get the magnitude of the acceleration. The direction is obviosly to the left since F2's magnitude is larger than...- BalintRigo
- Post #5
- Forum: Introductory Physics Homework Help