Recent content by QuantumNite
-
Q
Calculating P for an Aircraft Flying in a Circular Motion
Yes it is. but I am pretty sure how to do it F=mv2 / r ,, rearrange for r- QuantumNite
- Post #9
- Forum: Introductory Physics Homework Help
-
Q
Calculating P for an Aircraft Flying in a Circular Motion
Thanks, Could you please explain to me how you came to those equations?- QuantumNite
- Post #7
- Forum: Introductory Physics Homework Help
-
Q
Calculating P for an Aircraft Flying in a Circular Motion
Correct me if I am wrong, but can I say that the vertical component of P is PCos(35), and it doesn't fall out of the sky because Weight is equal to PCos(35) Therefore, PCos(35) = 3.92 * 105 So, If we rearrange that equation, P = 3.92*105 / Cos(35) == 321107.6 [1dp] ??- QuantumNite
- Post #5
- Forum: Introductory Physics Homework Help
-
Q
Calculating P for an Aircraft Flying in a Circular Motion
yes I think that the weight is correct. I couldn't read the sheet correctly. the info that I think we need : time or radius I am not sure whether we need to plug it into an equation or just use trig??- QuantumNite
- Post #3
- Forum: Introductory Physics Homework Help
-
Q
Calculating P for an Aircraft Flying in a Circular Motion
Homework Statement An aircraft flies with its wings tilted, in order to fly in a horizontal circle of radius r. The aircraft has mass 4.00 x 104 Kg and has a constant speed of 250ms-1 . with the aircraft flying in this way, two forces are acting on the plane, P [lift] and W [weight which is...- QuantumNite
- Thread
- A level physics A-level Aircraft Circular Circular motion Motion
- Replies: 9
- Forum: Introductory Physics Homework Help