Question 2.13 only ... 2.15 Repeat Problem 2.7, but this time suppose the burning building is 3000answers? To investigate this behavior, create a plot of a vs. d for d between 0.01 As a reminder, the graph of a linear function is a straight line, such that the dependentvariable (a, in this case) is proportional to the independent variable (d, in this case) to the firstft away. Then, repeat the problem again with the burning building 4000 ft away.Problem you will also need to consider what is the amount of time spent on eachconstant velocity, and one for the car having a negative acceleration. To solve thethree parts: One for the car having a positive acceleration, one for the car havingits velocity and decreasing its velocity, how much time does it take for the carof 70.0 ft/s. Naturally, it needs to leave the previous station at rest and arrivea maximum safe acceleration of magnitude 4.2 ft/s2 and a maximum safe velocitythis unrealistic Problem, what is the maximum velocity reached by this car?the final velocity of the first part and the initial velocity of the second part?) Ination. To solve thellat is the displacement for each part,U time for each part, and what is the relationship betweenDoes the acceleration increase by the same amount between each of the threeto travel between stations? (Hint: You will need to divide this problem intowhat istheat the next station at rest. If the car spends equal amounts of time increasing... 2.12 A monorail car needs to travel a total of 2000 ft between stations, and hasyou see a car sive accelerationre hitting the cn?nd the informatiorecommend coin the Problema Problem than inart, and what is the relationship between the final velocity of the first part andthe initial velocity of the third part?)Solg n2.13 When two objects (labeled by subscripts 1 and 2) of masses m, and m2collide, their initial and final velocities (labeled by the subscripts i and f) arerelated by the principle of conservation of momentum, which statesLem?ceaches.miv1,i + M2V2,i = M1v1,f + m2v2,f.(2.12)In a collision problem, you may wish to replace the subscripts 1 and 2 by thenames of the objects, such as "car" and "motorcycle" in the problem to come.Suppose a 1000 kg car traveling at 20.0 m/s to the right crashes into a 550nswer back into tee noitetraveling at 5.0 m/s to the right, at what velocity is the motorcycle traveling? Becareful to use the correct signs on your velocities.ds to stop in a distae plane? How mud* 2.14 Suppose a 1000 kg car traveling at 20.0 m/s to the right crashes into a550 kg motorcycle traveling at 35.0 m/s to the left. If, after the collision, the twovenicles become stuck together, at what velocity do they travel? (Hint: Whatdoes it mean for Vcar, f and vmotorcycle. f if they are stuck together?)O miles per hour. S0ôn. Suppose also ththat the bat puseSection 2.6nstant accelerationation of the ball dure the bat?10 ft between statiopower.It and 10000 ft.. Is this function linear^?and decreasing itsween stations? (H/s?. Naturally, itxt station at rest.tor the car haying a

Question

Question 2.13 only ... 2.15 Repeat Problem 2.7, but this time suppose the burning building is 3000answers? To investigate this behavior, create a plot of a vs. d for d between 0.01 As a reminder, the graph of a linear function is a straight line, such that the dependentvariable (a, in this case) is proportional to the independent variable (d, in this case) to the firstft away. Then, repeat the problem again with the burning building 4000 ft away.Problem you will also need to consider what is the amount of time spent on eachconstant velocity, and one for the car having a negative acceleration. To solve thethree parts: One for the car having a positive acceleration, one for the car havingits velocity and decreasing its velocity, how much time does it take for the carof 70.0 ft/s. Naturally, it needs to leave the previous station at rest and arrivea maximum safe acceleration of magnitude 4.2 ft/s2 and a maximum safe velocitythis unrealistic Problem, what is the maximum velocity reached by this car?the final velocity of the first part and the initial velocity of the second part?) Ination. To solve thellat is the displacement for each part,U time for each part, and what is the relationship betweenDoes the acceleration increase by the same amount between each of the threeto travel between stations? (Hint: You will need to divide this problem intowhat istheat the next station at rest. If the car spends equal amounts of time increasing... 2.12 A monorail car needs to travel a total of 2000 ft between stations, and hasyou see a car sive accelerationre hitting the cn?nd the informatiorecommend coin the Problema Problem than inart, and what is the relationship between the final velocity of the first part andthe initial velocity of the third part?)Solg n2.13 When two objects (labeled by subscripts 1 and 2) of masses m, and m2collide, their initial and final velocities (labeled by the subscripts i and f) arerelated by the principle of conservation of momentum, which statesLem?ceaches.miv1,i + M2V2,i = M1v1,f + m2v2,f.(2.12)In a collision problem, you may wish to replace the subscripts 1 and 2 by thenames of the objects, such as &#34;car&#34; and &#34;motorcycle&#34; in the problem to come.Suppose a 1000 kg car traveling at 20.0 m/s to the right crashes into a 550nswer back into tee noitetraveling at 5.0 m/s to the right, at what velocity is the motorcycle traveling? Becareful to use the correct signs on your velocities.ds to stop in a distae plane? How mud* 2.14 Suppose a 1000 kg car traveling at 20.0 m/s to the right crashes into a550 kg motorcycle traveling at 35.0 m/s to the left. If, after the collision, the twovenicles become stuck together, at what velocity do they travel? (Hint: Whatdoes it mean for Vcar, f and vmotorcycle. f if they are stuck together?)O miles per hour. S0ôn. Suppose also ththat the bat puseSection 2.6nstant accelerationation of the ball dure the bat?10 ft between statiopower.It and 10000 ft.. Is this function linear^?and decreasing itsween stations? (H/s?. Naturally, itxt station at rest.tor the car haying a

Accepted Answer

given herem1= 1000kgm2=550v1=20 msv2=-35 msv1'=5 ms
Momentum is to be conserved as mentioned in the…