Response to Physics Draft by AIP
... word ‘moral’ alongside ‘ethical’ is an unusual choice (page 2, line 2). The reader will find this confusing, ‘Why are both words there? Don’t they have the same meaning?, Is the writer trying to suggest a difference?, perhaps suggesting the word ‘moral’ implies a belief system, which ‘ethical’ does ...
... word ‘moral’ alongside ‘ethical’ is an unusual choice (page 2, line 2). The reader will find this confusing, ‘Why are both words there? Don’t they have the same meaning?, Is the writer trying to suggest a difference?, perhaps suggesting the word ‘moral’ implies a belief system, which ‘ethical’ does ...
Pacing Guide for Physics
... does not move up or down in the tube. From known weight, radius of twirled string, and speed of rotation, the mass of the stopper can be determined. ---Setup is similar to that shown in Glencoe Physics Lab Manual (Latest Ed.) Lab 6-1 “What keeps the stopper moving in a circle?” using free hanging we ...
... does not move up or down in the tube. From known weight, radius of twirled string, and speed of rotation, the mass of the stopper can be determined. ---Setup is similar to that shown in Glencoe Physics Lab Manual (Latest Ed.) Lab 6-1 “What keeps the stopper moving in a circle?” using free hanging we ...
Chapter 8
... as we might also have derived from the equations of Table 2-1 (particularly Eq. 2-16). The fact that the answer is independent of mass means that the answer to part (b) is identical to that of part (a), i.e., v 12.9 m/s . (c) If Ki 0 , then we find Kf = mgh + Ki (where Ki is necessarily positive ...
... as we might also have derived from the equations of Table 2-1 (particularly Eq. 2-16). The fact that the answer is independent of mass means that the answer to part (b) is identical to that of part (a), i.e., v 12.9 m/s . (c) If Ki 0 , then we find Kf = mgh + Ki (where Ki is necessarily positive ...
Dynamics – Free Fall, Apparent Weight, and Friction (Honors)
... The two groupings of force vectors are actually dynamic versions of free-body diagrams (FBDs). In an FBD, we draw an object, represented by a dot, with scaled vector arrows radiating from it indicating the magnitude and direction of all the forces acting on it. Our dynamic FBDs don’t include the dot ...
... The two groupings of force vectors are actually dynamic versions of free-body diagrams (FBDs). In an FBD, we draw an object, represented by a dot, with scaled vector arrows radiating from it indicating the magnitude and direction of all the forces acting on it. Our dynamic FBDs don’t include the dot ...
Momentum
... multiplied by the time that the force is applied, and the mass of the object multiplied by the change in velocity of the object. This change in momentum quantity can also be referred to as ...
... multiplied by the time that the force is applied, and the mass of the object multiplied by the change in velocity of the object. This change in momentum quantity can also be referred to as ...
AP Physics B/C
... electroscope. He brings two charged rods without touching the electroscope. The positively charged rod causes the leaves to move further apart and the negatively rod causes leaves to move closer to each other. What type of the electric charge was initially on the electroscope? (A) positive (B) negat ...
... electroscope. He brings two charged rods without touching the electroscope. The positively charged rod causes the leaves to move further apart and the negatively rod causes leaves to move closer to each other. What type of the electric charge was initially on the electroscope? (A) positive (B) negat ...
Chapter 6, Week 6.
... conveniently along the path of travel, and labelled sequentially. State 1 will be considered the initial condition of the cart starting from rest at the top of the first side of the hill. State 2 will be considered to be the point when the cart is at minimum elevation, at the bottom of the valley. S ...
... conveniently along the path of travel, and labelled sequentially. State 1 will be considered the initial condition of the cart starting from rest at the top of the first side of the hill. State 2 will be considered to be the point when the cart is at minimum elevation, at the bottom of the valley. S ...
