SAT II Physics (SN) Episode 1 Part 2 ppsx

... sits at an altitude of 940 m.”III. “The town is ten miles north, as the crow flies.”(A) I only(B) III only(C) I and III only(D) II and III only(E) I, II, and IIIQuestions 3 and 4 refer to ... tip of B reaches ( 1, 5). If the tail of vector A – B were set at the origin of the xy-axis, what point would its tip touch?(A) (2 ,11 )(B) (2 ,1) (C) ( 2, 7)(D) (4 ,1) (E) (4 ,11 )4. .A and B are ... I. Maximize the magnitude of A II. Maximize the magnitude of BIII. Set to 90º(A) None of the above(B) I only(C) III only (D) I and II only(E) I, II, and III5. .Which of the following...

... moment of inertia of a disk spinning about its center is 1 / 2 MR 2 .(A) 0 .1 rad/s 2 (B) 0.5 rad/s 2 (C) 1 rad/s 2 (D) 5 rad/s 2 (E) 10 rad/s 2 8. . A disk of mass m and radius R rolls down an inclined ... revolving at a frequency of 2. 00 Hz. Its angular acceleration is most nearly:(A) 0 .10 0 rad/s 2 (B) 0.637 rad/s 2 (C) 2. 00 rad/s 2 (D) 4.00 rad/s 2 (E) 6 .28 rad/s 2 16 0from a Latin word meaning ... 1 / 2 mv 2 and rotational kinetic energy is given by 1 / 2 I 2 . We can express in terms of v and R with the equation = v/R, and in the question we were told that I = 1 / 2 ...

... centripetal acceleration of the block after the collision? (A) v 2 /R(B) (1/ 2) v 2 /R(C) (1/ 3)v 2 /R(D) (1/ 4)v 2 /R(E) (1/ 9)v 2 /R 17 7is concerned, but we have included it for the sake of completeness. ... The specific heat of water II. The latent heat of fusion for waterIII. The density of water(A) I only(B) I and II only(C) I, II, and III(D) II only(E) I and III only3. . Engineers design ... measurement for the kinds of thermal physics problems you will encounter on SAT II Physics. Be forewarned, however, that a question on thermal physics on SAT II Physics may be expressed either...

... 12 .5 m/s(B) 16 m/s(C) 25 m/s(D) 50 m/s(E) 10 0 m/s5. . An moving object has kinetic energy KE = 10 0 J and momentum p = 50 kg · m/s. What is its mass?(A) 2 kg(B) 4 kg(C) 6 .25 kg(D) 12 .5 ... left(C) 10 m/s to the left(D) 15 m/s to the left(E) 20 m/s to the left 10 . . What is the total energy of the system?(A) 50 J(B) 15 0 J(C) 20 0 J(D) 25 0 J(E) 400 JExplanations 13 6relative ... the athlete jumps on?(A) 12 .5 m/s(B) 25 .0 m/s(C) 35.7 m/s(D) 83.3 m/s(E) 10 0 m/s 2. . The graph above shows the amount of force applied to an initially stationary 20 kg curling rock over time....