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- B. inclined track with hanging mass (no friction) T:0011csleyd 1. Set up your track with some angle of inclination 0, as shown in the following figure. Sudinatus ort adr et ma olen s gools botsiolooo 1189 8 to noilor lliw moilom cart a'notwold po 121 cm motion detectors br angle of track: 2.7° predicted acceleration: II. sb uaite track RBO 997 Oute (Pres FIBO rise of I di o no 0 12.70 inomglupa 22sm gaigned ban olluq diw beT 1013515b nonoM 1. Measure the angle of your track. Draw a free body diagram for the cart. (Free body diagram for the hanging object should be the same as in part A.) Predict the acceleration of the cart. de istugmo the I obuoat and the 26.5cm pulley object odont - (noitoll on) szem guigaad diw does all.A A noiros2 101 qu 198 odi awoda wolod sugit odt 150g 1010919b noilomDescribe the Mozi idea of inertia and Aristotle's law of motion.Hi! Please help answer and understand these problems... THANK YOU! NEWTON'S LAW OF MOTION
- Answer the following: How will ypu describe a rock sitting on a table? A. a velocity of 0 m/s B. an acceleration of 0 m/s/s C. balanced force acting on it D. All of the above How much force must be applied in order for a 1200 kg car to maintain a velocity of 4 m/s in a friction road? A. 0 N B. 300 N C. 4 N D. 4800 N(Indicates a review question, which means it requires only a basic understanding of the material to answer. Questions without this designation typically require integrating or extending the concepts presented thus far.) . What is centripetal acceleration? What is the direction of the centripetal acceleration of a car going around a curve?fications ir graphical representations and HOMEW Directions: Answer the following questions by showing yo ORGE PRAGTICE! 1. What is a "net force"? 5 the tocce thats ae 2. Find the net force for the given situations. (a) Example: 10 N right and 15 N right (b) 20 N left and 60 N right| (c) 30 N right and 20 N left (d) 50 N up and 40 N down (e) 30 N up and 30 N down
- Just q5 a ii1. Discuss Newton's three laws of motion. Show that the Second Law impliesthe First Law.your mass is 61kg. a.)Determine your weight (e.g the force of gravity on you) b.)Determine what normal force would be required to accelerate you upwards from ground level at a rate of 2.0 m/s2 (draw appropriate FBD). c.)What would the normal force be if the acceleration described in b) was directed downwards?
- A model rocket with a mass of 50 kg, is flying through the air with a thrust force of 400 N. What is it's acceleration? Assume no air resistance.. Single line text. Continue from the question, if the rocket started from rest, how long would it take the rocket to reach a velocity of 30 m/s with that acceleration you calculated?. Single line text.Assessment 10. Topic: Newton's Laws of Motion and ApplicationsShow your complete solutions. Include necessary diagrams.What are some examples of the physics behind road deisgn? Thank you! I am only focusing on road design physics, not the physics of car safety.