# THE PICTORIAL REPRESENTATION OF A PHYSICS PROBLEM CONSISTS OF

Which auto is going faster, A or B? Assume there are equal intervals of time in between the frames of both movies.

Which vehicle is going quicker, A or B? Assume tright here are equal intervals of time between the frames of both movies. B is going faster

Three movement diagrams are presented. Which is a dust particle settling to the floor at constant speed, which is a sphere dropped from the roof of a building, and which is a descending rocket slowing to make a soft landing on Mars? A. (a) is dust, (b) is ball, (c) is rocket B. (a) is round, (b) is dust, (c) is rocket C. (a) is rocket, (b) is dust, (c) is ball D. (a) is rocket, (b) is round, (c) is dust E. (a) is round, (b) is rocket, (c) is dust

Three movement diagrams are shown. Which is a dust pwrite-up settling to the floor at continuous speed, which is a sphere dropped from the roof of a structure, and also which is a descfinishing rocket slowing to make a soft landing on Mars? A. (a) is dust, (b) is round, (c) is rocket B. (a) is round, (b) is dust, (c) is rocket C. (a) is rocket, (b) is dust, (c) is sphere D. (a) is rocket, (b) is round, (c) is dust E. (a) is sphere, (b) is rocket, (c) is dust

A particle moves from place 1 to place 2 during the interval ∆t. Which vector shows the particle’s average velocity?

A particle moves from position 1 to place 2 throughout the interval ∆t. Which vector shows the particle’s average velocity?

A pwrite-up undergoes acceleration while relocating from suggest 1 to suggest 2. Which of the choices shows the velocity vector as the object moves ameans from allude 2?

A particle undergoes acceleration while relocating from allude 1 to allude 2. Which of the choices mirrors the velocity vector as the object moves away from allude 2?

Rank in order, from the many to the least, the variety of substantial numbers in the adhering to numbers. For example, if b has more than c, c has actually the exact same number as a, and a has more than d, you could provide your answer as b > c = a > d. a. 8200 b. 0. 0052 A. B. C. D. E. d>c>b=a a=b=d>c>a d>c>a>b b>a=c=d c. 0. 430 d. 4. 321 10 -10

Rank in order, from the a lot of to the leastern, the variety of substantial figures in the adhering to numbers. For instance, if b has more than c, c has the same number as a, and also a has more than d, you can provide your answer as b > c = a > d. a. 8200 b. 0. 0052 A. B. C. D. E. d>c>b=a a=b=d>c>a d>c>a>b b>a=c=d c. 0. 430 d. 4. 321 10 -10

What is a “particle”? A. Any component of an atom B. An object that can be stood for as a mass at a single point in room C. A component of a whole D. An object that have the right to be represented as a single suggest in time E. An object that has actually no top or bottom, no front or earlier

What is a “particle”? A. Any component of an atom B. An object that have the right to be stood for as a mass at a single point in room C. A component of a whole D. An object that have the right to be represented as a single allude in time E. An object that has actually no top or bottom, no front or earlier

What amounts are displayed on a complete motion diagram? A. The position of the object in each frame of the film, displayed as a dot B. The average velocity vectors (discovered by connecting each dot in the movement diagram to the next through a vector arrow) C. The average acceleration vectors (tright here is one acceleration vector linking each 2 velocity vectors) D. All of the over

What amounts are shown on a complete motion diagram? A. The place of the object in each frame of the film, shown as a dot B. The average velocity vectors (uncovered by connecting each dot in the motion diagram to the following via a vector arrow) C. The average acceleration vectors (there is one acceleration vector linking each 2 velocity vectors) D. All of the over

An acceleration vector A. tells you just how fast an item is going. B. is created from 2 velocity vectors. C. is the second derivative of the position. D. is parallel or oppowebsite to the direction of motion. E. Acceleration vectors weren’t debated in this chapter.

An acceleration vector A. tells you how rapid a things is going. B. is constructed from 2 velocity vectors. C. is the second derivative of the place. D. is parallel or oppowebsite to the direction of activity. E. Acceleration vectors weren’t disputed in this chapter.

The pictorial depiction of a physics trouble consists of A. a sketch. B. a coordinate mechanism. C. symbols. D. a table of values. E. every one of the over.

The pictorial representation of a physics trouble is composed of A. a sketch. B. a coordinate system. C. signs. D. a table of values. E. every one of the over.