20.2 degrees 26.5 2.30 cm 0<= u < 0.384 7.43 cm 6.52 degrees 16.5N 13.2 u= 0.841 Prove 3.60 seconds A 1.04 m/s and B 1.36 m/s 18.1m J M = 0.25kg 2.49N 1.94m/s Prove 16.5 degrees and 2.? N 14.2 degrees below the horizontal V= 15.9
I can't remember all the units and they might not be in the completely right order Can anyone else confirm?
20.2 degrees 26.5 2.30 cm 0<= u < 0.384 7.43 6.52 16.5 13.2 0.841 Prove 3.60 seconds A 1.04 m/s and B 1.36 m/s 18.1m J 0.25kg 2.49N 1.94m/s Prove 16.5 14.2 degrees below the horizontal V= 15.9
I can't remember all the units and they might not be in the completely right order Can anyone else confirm?
I just put u<tan(21) so I might drop a mark or 2 there but they look pretty similar to what I got. With the change in energy I didn't round my answer but Idk if they'll penalise that.
20.2 degrees 26.5 2.30 cm 0<= u < 0.384 7.43 6.52 16.5 13.2 0.841 Prove 3.60 seconds A 1.04 m/s and B 1.36 m/s 18.1m J 0.25kg 2.49N 1.94m/s Prove 16.5 14.2 degrees below the horizontal V= 15.9
I can't remember all the units and they might not be in the completely right order Can anyone else confirm?
I got all the same (I think) other than 3 (if it's the one I'm thinking of - centre of mass -) I got 6.3cm from the line AE.
I might have not got that. How did you calculate the CoM of the triangle lamina? I just used 31 the distance from BD to C (then obviously put all that into the overall equation.
I might have not got that. How did you calculate the CoM of the triangle lamina? I just used 31 the distance from BD to C (then obviously put all that into the overall equation.
yeah i did a third of the height which was 12 i think from BD and added that to 8 to get the distance of the cofm of the triangle from AE
20.2 degrees 26.5 2.30 cm 0<= u < 0.384 7.43 cm 6.52 degrees 16.5N 13.2 u= 0.841 Prove 3.60 seconds A 1.04 m/s and B 1.36 m/s 18.1m J 0.25kg 2.49N 1.94m/s Prove 16.5 (N?) 14.2 degrees below the horizontal V= 15.9
I can't remember all the units and they might not be in the completely right order Can anyone else confirm?
i think i got all these answers. you also have to put the tension and the angle for the angular velocity question. i got something like 16 degrees and 2 . something for the tension
20.2 degrees 26.5 2.30 cm 0<= u < 0.384 7.43 cm 6.52 degrees 16.5N 13.2 u= 0.841 Prove 3.60 seconds A 1.04 m/s and B 1.36 m/s 18.1m J M = 0.25kg 2.49N 1.94m/s Prove 16.5 degrees and 2.? N 14.2 degrees below the horizontal V= 15.9
I can't remember all the units and they might not be in the completely right order Can anyone else confirm?
For the first part of the last question, I got that V(Vertical) and V(Horizontal) were both positive, so surely the angle should be something above the horizontal? i got 8 point something above the horizontal :s may be wrong though