click below
click below
Normal Size Small Size show me how
GED0081L LabPracExam
Physics Lab Reviewer for Practical Laboratory Click the targets mode for M1 Qs
| Question | Answer |
|---|---|
| The resultant 200 Newton, 45° has an equilibrant with magnitude _____. Group of answer choices 200 Newton 100 Newton 50 Newton 20 Newton | ✅ 200 Newton |
| The resultant 200 Newton in the first quadrant has an equilibrant in what quadrant of the Cartesian Coordinate System? Group of answer choices III I II IV | ✅ Correct answer: III |
| "What is the weight if the mass is 50" Express your final answer as whole number (apply rounding) | ✅ 490 N |
| Given a vector of 662 kmph, 188 degrees. Which is the magnitude of the vector? | The angle does not affect the magnitude. ✅ Answer: 662 km/h |
| Given a vector of 743 kmph, 215 degrees. Which is the direction of the vector? | The direction of the vector is simply the angle that accompanies its magnitude. Given: Magnitude: 743 km/h Direction: 215° ✅ Answer: 215° |
| Given 3 vectors below, find the magnitude of their resultant. 48 N east 48 N south 48 N west | The east and west vectors cancel each other: Horizontal component: 48−48=0 Vertical component: −48 Resultant vector = 48 N south The magnitude of the resultant is: ✅ 48 N |
| Given 3 vectors below, find the direction of their resultant. 1000 N east 1000 N south 1000 N west Group of answer choices south east north west | The east and west vectors cancel each other out: Horizontal component = 1000−1000=0 Vertical component = 1000 N south Therefore, the resultant points south. ✅ Correct answer: south |
| What is the percent difference if the equilibrant is equal to the resultant, in terms of their magnitude? Group of answer choices 0 100 50 1000 | Since their magnitudes are equal: Resultant magnitude = Equilibrant magnitude Difference in magnitude = 0% ✅ Correct answer: 0 |
| Using the force table, the three vectors were balanced by placing counterweights on the fourth unused string and locating the appropriate angle or direction. These counterweights on the fourth position represents what vector? equilibrant resultant sca | ✅ Correct answer: equilibrant |
| The tip-tail method is also called _____ method. Group of answer choices polygon method experimental method parallelogram method | ✅ Correct answer: polygon method |