Please help me with the following questions, please provide ALL WORK to guarantee all the marks.

Q1.

12 SI 11 5! TD St 951 55! \\'\\ umform I'I'IOIIOH /' Jane is driving her motorcycle west on 17'\" Ave through the city at night. 0 The total mass of Jane and her motorcycle is 220 kg. There are very few other drivers on the road. She is stopped at a red light at the corner of 17\"\" Ave and 8th St. We will consider this the reference point. c When the light turns green, her motorcycle accelerates at a rate of 3.5 mils2 [west]. The forces of friction during this acceleration are 655 N [east]. 0 When Jane reaches a velocity of 17 mis [west], she continues at this velocity with uniform motion until she sees the light turn yellow at 'l2'h St. o Once she sees the yellow light, Jane's reaction time before she decides to stop is 2.1 s. The net force that acts on her motorcycle once she applies the brakes is 600 N [east]. 0 Her bike comes to rest 1.5 m east of the stop line at the intersection of 1?th Ave and 12th St. Use the above information to answer the remaining questions. Label the three unlabeled sections of the trip as ACCELERATION, REACTION, and BRAKING. 12 St 11 St 10 St 9 St 8 St 17 Avo uniform motion acceleration Braking Reaction Check1. What is the net force on the motorcycle during the first acceleration? [2 marks 2. What is the applied force from the engine during the first acceleration? {1 mark) 3. How far does Jane travel during her reaction time after seeing the yellow light? (1 mark} 4. What is the deceleration of the motorcycle once Jane has started braking? (2 marks} 5. How far does Jane travel once she has hit the breaks? {3 marks} 6. From the time she sees the yellow light, what is Jane's total stopping distance? (1 mark) Show all work, including any formulas, calculations, and a diagram to earn marks. Attach your work below