Recent content by DeerHunter
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Find constant speed using mass and power
Thanks! Can't believe I overlooked that. Question is solved- DeerHunter
- Post #3
- Forum: Introductory Physics Homework Help
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Find constant speed using mass and power
Find constant speed using mass and power [SOLVED] Homework Statement A 613.0 kg mass is placed on a forklift that can generate 950 W of power. What is the constant speed of the forklift while lifting this load? Homework Equations P = W/▲t W=Fapp*▲d Fg=mg The Attempt at a...- DeerHunter
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- Constant Constant speed Mass Power Speed
- Replies: 2
- Forum: Introductory Physics Homework Help
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Complex Projectile Motion question. Algebra help needed
Homework Statement A cow, with a mass of 327 kg, if fired from a medieval catapault, and travels a horizontal distance of 1375 m. It lands in a depression 39 m below its starting position. If it is launched at an angle of 37.0above the horizontal, find its initial speed. Givens HOR dx=...- DeerHunter
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- Algebra Complex Motion Projectile Projectile motion
- Replies: 1
- Forum: Introductory Physics Homework Help
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Projectile Launching Problem. Solve with kinematics
Thank you very much! What I did for here was make a equation for time of flight dx=v1*cos37* t +1/2 at^2 1375=v1x*cos37*t \Delta t= 1372/v1*cos37 now that i have \Delta t I have inserted it into my vertical equation so dy=v1y*cos37* t +1/2 at^2 -39=v1*sin37*(1372/v1*cos37) + 1/2...- DeerHunter
- Post #5
- Forum: Introductory Physics Homework Help
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Projectile Launching Problem. Solve with kinematics
I am sorry, after I posted this I realized that this would do nothing. I just tried something because I was running out of ideas. My only other idea would be to use this equation for y as max height for v2y is 0 m/s. (Correct me if this is wrong) v1y^2 = v_0^2 + 2 a \Delta x but...- DeerHunter
- Post #3
- Forum: Introductory Physics Homework Help
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Projectile Launching Problem. Solve with kinematics
Homework Statement A cow, with a mass of 327 kg, if fired from a medieval catapault, and travels a horizontal distance of 1375 m. It lands in a depression 39 m below its starting position. If it is launched at an angle of 37.0\circ above the horizontal, find its initial speed. Givens HOR...- DeerHunter
- Thread
- Kinematics Projectile
- Replies: 4
- Forum: Introductory Physics Homework Help