Problem 10: Charge Q₁ = 1.81 µC is located at Charge Q₂ = 5.52 μC is located at 72= = (8.00 m) – (5.95 m)} - (9.00 m) The force on the first charge due to the second charge can be written, using Cartesian unit vectors, as follows: F = Fx Î + Fyj + F₂ k Part (a) What is the magnitude, in newtons, of the force on the first charge due to the second charge? F = | N sin() cotan() atan() cosh() Hints: 0 for a 0% deduction. Hints remaining: 0 7₁ = (3.93 m) - (2.00 m)j + (5.14 m) cos() asin() Submit tan() π() acos() EMA 4 sinh() cotanh() acotan() tanh() Degrees O Radians Hint 7 Feedback 1 0 ∞0 102 89 HOME 5 6 3 + END VO BACKSPACE DEL CLEAR I give up! Feedback: 0% deduction per feedback. Part (b) What is the value, in newtons, of the x component of the force on the first charge due to the second charge? Part (c) What is the value, in newtons, of the y component of the force on the first charge due to the second charge? Part (d) What is the value, in newtons, of the z component of the force on the first charge due to the second charge?

1. At at bal king sit the lat he gr resista of green of m/s. oving the me the 3. Many roller coasters have loops where carts roll on a track that curves sharply up into the air. At the top, the people are upside down (and usually screaming). For safety reasons, many of these roller coasters must have a minimum speed at the top of the loop. In the roller coaster shown in Figure 6, the cart must have a minimum speed of 10.0 m/s at the top of the loop to make it around safely. A Assuming that the roller coaster starts from rest at the top of the first hill and there is no friction on the roller coaster, what is the minimum height of the first hill? T Figure 6 O obiect initially at 16 m ground level

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Ata a traffic light, a vintage Vw Beetle traveling at 1o mls. a tesla as it stars fromrest.the beetle traveis at a constant passes velocity and the tesla acceierates at 4 mis. How much time does it tale the tesla to catch up to the Vw Beetlc. 55 bs Olos 25

Assignment Booklet 4A 9. cience 24: Module 4 For questions 16 and 17, read each question carefully. Decide which of the choices BEST completes the statement or answers the question. Place your answer in the blank space given. 16. Mae can run 7.5 m/s. How far can she run in 8 s? A. 60 m В. 65 m C. 70 m baie D. 75 m 17. The formula used to calculate distance from time and speed is A. d= vt B. d=V t bel V sgel er no bec С. d3 ew D. d =- vt 18. Chase went for a hike. He left at 8:00 A.M. At 10:00 A.M., he took a half-hour rest. Chase returned home at 12:00 noon. While walking, Chase averaged 5 km/h. How far did he hike? oolev beggole zart fert

16 A Ya and ari fighter-craft accelerates Qt a constat rate ) Starting out at rest relative e to ocr frame Of reference ,It reahes a 2. Speed of 25oo m/s in a time of 120-0min a Find The acceleration magnitude of the fighter-c raft, in )Express The accelera tion 19=9.8 g nagnitude above in terms of g's, where