Recent content by Dragonite
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High School Question pertaining to magnets
@russ watters - Ah. I see. Thank you very much. @Dr Lots-o'watts - Thank you, but I prefer not to buy things over the internet.- Dragonite
- Post #4
- Forum: Electromagnetism
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High School Question pertaining to magnets
I'm trying to build a tesla turbine. I'm trying to follow the instructions here. However, the turbine calls for neodymium magnets, which I can't seem to find. Would other magnets work?- Dragonite
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- Magnets
- Replies: 3
- Forum: Electromagnetism
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Free fall problem involving two objects
I see. Thank you very much :)- Dragonite
- Post #3
- Forum: Introductory Physics Homework Help
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Free fall problem involving two objects
Homework Statement A stone is thrown vertically into the air from a tower 110 ft. high at the same time that a second stone is thrown upward from the ground. The initial velocity of the first stone is 60 ft/s and that of the second stone 85 ft/s. When and where will the stones be at the same...- Dragonite
- Thread
- Fall Free fall
- Replies: 2
- Forum: Introductory Physics Homework Help
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Conditions of equilibrium problem
I meant to say horizontal component of tension or tension sin 60. Sorry and thank you very much.- Dragonite
- Post #7
- Forum: Introductory Physics Homework Help
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Conditions of equilibrium problem
Wouldn't the horizontal forces be equal since the tension and the beam are in equilibrium? Ok. Oh sorry. I forgot to put the distance. 2744N x 2.2 + 245N x 1.1 - Ty x 2.2 = 0- Dragonite
- Post #5
- Forum: Introductory Physics Homework Help
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Conditions of equilibrium problem
Let me try... Horizontal force of hinge = Horizontal component of tension / Tension sin 60 Vertical component of tension + Vertical force of hinge = 2989 N 2744 N x 2.2 + 245 x 1.1 = Vertical component of tension / Tension sin 30 Is that right?- Dragonite
- Post #3
- Forum: Introductory Physics Homework Help
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Conditions of equilibrium problem
Homework Statement Consider the following cantilevered beam: The beam has a mass of m = 25 kg and is 2.2 meters long. The suspended block has a mass M = 280 kg and the supporting cable makes an angle of 30 degrees with the beam. Determine the force that the wall exerts on the beam at the...- Dragonite
- Thread
- Conditions Equilibrium
- Replies: 6
- Forum: Introductory Physics Homework Help