Fractals - TCD Maths
... Also a very “interesting” and sensitive instrument was used called an LIA. For the first part of this experiment, using a DMM: V34 was measured against I = 5, 10, 15, 20, 25 mA with B = 170mT and repeated for B = -170mT. Next the above experiment was repeated except with the cylinder rotating, and t ...
... Also a very “interesting” and sensitive instrument was used called an LIA. For the first part of this experiment, using a DMM: V34 was measured against I = 5, 10, 15, 20, 25 mA with B = 170mT and repeated for B = -170mT. Next the above experiment was repeated except with the cylinder rotating, and t ...
Slide 1
... • GRB prompt emission may be a result of mildly relativistic collisionless shocks (if GRB jets are baryonic). • GRB external shocks are unmagnetized ultra-relativistic collisionless shocks and are the prime candidates to be the source of the observed afterglows, in which case these shocks: • Generat ...
... • GRB prompt emission may be a result of mildly relativistic collisionless shocks (if GRB jets are baryonic). • GRB external shocks are unmagnetized ultra-relativistic collisionless shocks and are the prime candidates to be the source of the observed afterglows, in which case these shocks: • Generat ...
Material - Science Math
... The force is mounted to a certain place at the lever bar, where it remains during entire experiment duration (lift arm therefore is constant). Lift arm (distance between force and spin axis of the lever) is changed by hanging the weight to different places of the lever bar. The force that is needed ...
... The force is mounted to a certain place at the lever bar, where it remains during entire experiment duration (lift arm therefore is constant). Lift arm (distance between force and spin axis of the lever) is changed by hanging the weight to different places of the lever bar. The force that is needed ...
Document
... using Separation of Variables (and applying boundary conditions). There's another approach, which in some ways is perhaps conceptually simpler (?) a) (partial points: 10, avg: 9.12, median: 10, stddev: 2.00) You've put the object into a uniform external field E0, so it would be logical (but wrong) t ...
... using Separation of Variables (and applying boundary conditions). There's another approach, which in some ways is perhaps conceptually simpler (?) a) (partial points: 10, avg: 9.12, median: 10, stddev: 2.00) You've put the object into a uniform external field E0, so it would be logical (but wrong) t ...
Document
... When the switch in the circuit is opened, the current is effectively zero after 10.0 ms. What is the average induced emf in the inductor during this time? ...
... When the switch in the circuit is opened, the current is effectively zero after 10.0 ms. What is the average induced emf in the inductor during this time? ...
Biomechanics Notes
... A. This allows us to have stronger leg muscles without having them rub against each other when we walk (chaffing at the inner thigh!). B. This also allows for easier child bearing in women. ...
... A. This allows us to have stronger leg muscles without having them rub against each other when we walk (chaffing at the inner thigh!). B. This also allows for easier child bearing in women. ...
Magnetosphere - UMass Lowell
... Some of the factors accounting for differences between the magnetospheres of the outer planets and that of earth include: • Properties of the solar wind change as we move outward, affecting the coupling of energy flux from the solar wind to the magnetospheres. • Magnetic fields of the outer planets ...
... Some of the factors accounting for differences between the magnetospheres of the outer planets and that of earth include: • Properties of the solar wind change as we move outward, affecting the coupling of energy flux from the solar wind to the magnetospheres. • Magnetic fields of the outer planets ...
Symbols and Units
... be characterized by both its magnitude and direction. Scalars are any quantity in physics that can be characterized by magnitude only. ...
... be characterized by both its magnitude and direction. Scalars are any quantity in physics that can be characterized by magnitude only. ...
or Potential Due to An Arbitrary Charge Distribution
... • If the electric field E is already known from other considerations, the potential V can be calculated using the original definition: ...
... • If the electric field E is already known from other considerations, the potential V can be calculated using the original definition: ...
