Homework_2 - 24) Draw a vector for an object moving in a...

Info iconThis preview shows page 1. Sign up to view the full content.

View Full Document Right Arrow Icon
Homework 2 1) Chapter 2, Review Question 10 2) Chapter 2, Review Question 11 3) Chapter 2, Review Question 13 4) Chapter 2, Review Question 14 5) Chapter 2, Review Question 15 6) Chapter 2, Review Question 17 7) Chapter 2, Review Question 21 8) Chapter 2, Review Question 22 9) Chapter 2, Ranking Question 2 10) Chapter 2, Ranking Question 4 11) Chapter 2, Exercises Question 2 12) Chapter 2, Exercises Question 4 13) Chapter 2, Exercises Question 8 14) Chapter 2, Exercises Question 20 15) Chapter 2, Exercises Question 24 16) Chapter 2, Exercises Question 26 17) Chapter 2, Exercises Question 28 18) Chapter 2, Exercises Question 30 19) Chapter 2, Exercises Question 32 20) Chapter 2, Exercises Question 36 21) Write the number 1,000,000,000.0 in exponential form (i.e. 1 X 10 ? ) 22) Write the reciprocal of the above number in exponential form 23) Write the reciprocal in decimal form
Background image of page 1
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: 24) Draw a vector for an object moving in a two dimensional Cartesian Coordinate plane, to the right and upward, with a magnitude of 10( 2) m/s and direction 45 degrees from the center. 25) Calculate the X and Y vector components for the vector in problem 24. (Give negative and positive values to indicate direction.) 26) Draw another velocity vector with a magnitude of 10(2/ 3) m/s and direction (from the center) of 30 degrees above the X axis and to the right. 27) Calculate the X and Y vector components. (Give negative and positive values to indicate direction.) for the vector in problem 26. 28) Draw the sum of the vectors in problems 24 and 26 by the head to tail method. 29) By the parallelogram method 30) Calculate the magnitude and direction of the product using geometry and vector component addition....
View Full Document

Ask a homework question - tutors are online