Instructions A When answering the homework problems be careful to represent the units properly and place a space between the numeric value and the unit (for example 5.0 mls. not 5.0m/s). Your response will be marked wrong if you enter the wrong units in your answer. IMPORTANT: unless otherwise stated all motion starts from rest and the values of variables are constant. For example, if a = g = 9.8 m/s2 the acceleration is always 98 m/sz, Le. a = g = a constant, You may enter numeric values as all numbers or in scientific notation For example if your answer is 36,000,000 you may enter all the numbers or to enter the answer in scientific notation, you would convert 36,000,000 to 3.6x107 and enter 3.6e7 (NOTE the lower case e). Likewise, a numeric value of 0.00000037 would be 3.7e-7 Acceptable units are: Those listed in previous chapter homework momentum : kg m/s Energy asjoules :J Work as] (1 N-m = 1 J) Power as watts = W (1 1/5 =1 W) NOTES: 1,When you enter your answer for an essay question, you will receive 10% of the points possible for the question to let you know you entered an answer. Your instructor will review your answer and adjust the points depending on the quality and completeness of your answers, 2, If you need help for other questions, use the Read It link that will take you to the portion of the text dealing with the question. 3, When entering answers with a value less that 1 .0, enter the numeric value accurate to four decimal places (three significant gures). (D Description A These problems are your homework for this chapter and each problem is generated with a random set of input data. This means the problems you get are similar to but not the same as your classmates, since there are hundreds of input sets. 12. [-I7.14 Points] OBINPHYSB 3.Q.OD7. Assignment Submission & Scoring Assignment Submission For this assignment, you submit answers by question parts, The number of submissions remaining for each question part only changes if you submit or change the answer. Assignment Scoring Your last submission is used for your score. If we know that a force of 5 N acts on an object while it moves 2 meters, can we calculate how much work was done with no other information? Explain your answer. I This answer has nol been graded yet. ASK YOUR TEACH ER