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# (c)A second, identical toy car is introduced into the system. The second toy car is initially placed at rest at the lowest point on the track as shown in the figure...

## Question

###### (c)A second, identical toy car is introduced into the system. The second toy car is initially placed at rest at the lowest point on the track as shown in the figure below_Car 1Car 2Car 1 is released from rest from position A and undergoes & perfectly elastic collision with car 2. A student measures the highest point in the trajectory of car 2 to be a distance of y above the starting position of car 2. How does the maximum height reached by car 2 (y) compare with the maximum height reached by

(c) A second, identical toy car is introduced into the system. The second toy car is initially placed at rest at the lowest point on the track as shown in the figure below_ Car 1 Car 2 Car 1 is released from rest from position A and undergoes & perfectly elastic collision with car 2. A student measures the highest point in the trajectory of car 2 to be a distance of y above the starting position of car 2. How does the maximum height reached by car 2 (y) compare with the maximum height reached by the system with only one car (y)? Ly>y Cy=y Ly< y; Justify your answer: ii) The two cars are modified such that they now stick together upon impact: The cars are returned to the same starting positons and car 1 is released from rest_ A student measures the horizontal distance that the cars travel in their trajectory to be x. How does this compare to the horizontal distance (x ) traveled by the car in the single car system? X>x X=r Cx<x Justify your answer  #### Similar Solved Questions

##### A 1000 kg rollercoaster car begins 100 meters above the ground. After the car rolls down to 20 meters above the ground, it enters a circular loop with a diameter of 40 meters across Assume friction and drag are negligible What is the KE of the car when entering the loop? b_ What is the velocity of the car at the top of the loop? What is the direction and magnitude of the normal force on the car from the track at the top of loop?
A 1000 kg rollercoaster car begins 100 meters above the ground. After the car rolls down to 20 meters above the ground, it enters a circular loop with a diameter of 40 meters across Assume friction and drag are negligible What is the KE of the car when entering the loop? b_ What is the velocity of ...
##### Pythagorean ProblemsIn a right-angled triangle, the hypotenuse and the opposite sides are respectively cm and Whars the length of the adjacent side to 2 decimal places? cmin length:
Pythagorean Problems In a right-angled triangle, the hypotenuse and the opposite sides are respectively cm and Whars the length of the adjacent side to 2 decimal places? cm in length:...
##### X(g) + Y(g) = 22(9 Khen A O0 mol each ol Xlg} ad Y(@) &e placed Ir a 1.00 ( vessel and &lored react at constant len ptralure accordig lo Ine equatlon ebovc; 0.00 mol 0l Z(9) produced: Whal Is Ihe value the equlibrium constant K ?
X(g) + Y(g) = 22(9 Khen A O0 mol each ol Xlg} ad Y(@) &e placed Ir a 1.00 ( vessel and &lored react at constant len ptralure accordig lo Ine equatlon ebovc; 0.00 mol 0l Z(9) produced: Whal Is Ihe value the equlibrium constant K ?...
##### FAMA TMa What three major factors determine protein folding ! Ihe cell?wuonagouln319 Joy . Aavd,What structures in the cell provide an environment for proper protein folding?eonhuq 018 raldw 6ne zonibimnvq 015 nau the incorrect salt concentration What happens to protein when it is at & high temperature or PH? unfolds_ UB esnibirnyq ob vprn Knem woH The protein_Nucleic Acids:iortta doeodalud zuonegoin Is4w (T Veq {icnor1) DNA- What is the function of DNA? oirnof the cell: UncEmia bno zoona1oH
FAMA TMa What three major factors determine protein folding ! Ihe cell? wuonagouln 319 Joy . Aavd, What structures in the cell provide an environment for proper protein folding? eonhuq 018 raldw 6ne zonibimnvq 015 nau the incorrect salt concentration What happens to protein when it is at & high ...
##### Consider the series(a) Find the series' radius and interval of convergence For what values of x does the series converge absolutely? For what values of does the series converge conditionally?Find the interval of convergence:(Simplify your answersFind the radius of convergence.(Simplify your answer)(b) For what values of x does the series converge absolutely?(Simplify your answers(c) For what values of x does the series converge conditionally? Select the correct choice below and, if necessar
Consider the series (a) Find the series' radius and interval of convergence For what values of x does the series converge absolutely? For what values of does the series converge conditionally? Find the interval of convergence: (Simplify your answers Find the radius of convergence. (Simplify you...
##### L 13 # 0 L 7 5 67 8 8 1 9 3 Gl- 7 [L
L 13 # 0 L 7 5 67 8 8 1 9 3 Gl- 7 [ L...
##### Cost Function. The cost function for selling product is given asC(x) = 100 + 60 In(2x2 32x 200)where x is the number of units of 10,000 pounds sold. Find the number of pounds that should be sold to keep cost at a minimum. Include a graph of the cost function. Make sure you use calculus to answer the question:
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##### Let n be a natural number; that is,n = 1,2.3,Prove (In(r))"dt I(In(r))"-(In(z))"-'dx.Suppose h is continuous and differentiable function on |0,#] with(h(r) + 6"(2)) sin(r)dr = 3and h(a) = L Find the value of h(().Write 2e dr aS AH expression in Lerus odr;
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##### 12.sin(<" ) dz, where 21 =u, 2 =F0 23 [21,22,23,21] e: 13. dz. Jcsto) 2+214.fv2+2.+3)d: where is any path joining 0 to 1. 15. L(H)" 2d2. 3i 16. dz, where ~(t) = e"t + 2,0<t < 2t [Hint: Show that the patk 2i is closed and the integrand is analytic in a region containing the path:] 17. dz, where ~(t) = i+e",0 < t < 2T. 2 +1
12. sin(<" ) dz, where 21 =u, 2 =F0 23 [21,22,23,21] e: 13. dz. Jcsto) 2+2 14. fv2+2.+3)d: where is any path joining 0 to 1. 15. L(H)" 2d2. 3i 16. dz, where ~(t) = e"t + 2,0<t < 2t [Hint: Show that the patk 2i is closed and the integrand is analytic in a region containing the...
##### Spectrophotometer was used to measure the_gbsorbance of this transition metal complex at various concentrations. This data was plotted with Absorbance (A) on the Y-axis and concentration (c) in mol dm On the x-axis: Thc resulting graph was lincar and gave the following equation: y = 243x The solution follows Beer-Lambert's Law where A = ec/ and the path length of the cuvette used is 1 5cm_ Use the information provided to answer the following questions. A sample of the transition metal compl
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##### Find the polar equation of each of the given rectangular equations.$$x=3$$
Find the polar equation of each of the given rectangular equations. $$x=3$$...
##### Solve the system $5 x-9 y=12$ and $18 y-10 x=20$.
Solve the system $5 x-9 y=12$ and $18 y-10 x=20$....
##### QI_The following are the runs scored by two batsmen Shahid Afridi and Misbah Ul Haq in ten innings. 27 20 82 45 0 13 65 14 Afridi 101 97 20 40 78 27 35 70 47 56 15 Misbah Which player is better on average and who among both is more Consistent?
QI_ The following are the runs scored by two batsmen Shahid Afridi and Misbah Ul Haq in ten innings. 27 20 82 45 0 13 65 14 Afridi 101 97 20 40 78 27 35 70 47 56 15 Misbah Which player is better on average and who among both is more Consistent?...
##### Reactions performed at 298K, Kw = 1x10-14 mol2dm-6a) Calculate the pH of the solution formed when 25.00 cm3 of 0.200 mol dm-3 HCl is added to 20.00cm3 of 0.160 mol dm-3 NaOH. b) Calculate the pH of the solution formed when 15.00cm3 of 0.300 mol dm-3 H2SO4 is added to 20.00cm3 of 0.800 mol dm-3 NaOHplease provide answer to both parts.
Reactions performed at 298K, Kw = 1x10-14 mol2dm-6 a) Calculate the pH of the solution formed when 25.00 cm3 of 0.200 mol dm-3 HCl is added to 20.00cm3 of 0.160 mol dm-3 NaOH. b) Calculate the pH of the solution formed when 15.00cm3 of 0.300 mol dm-3 H2SO4 is added to 20.00cm3 of 0.800 mol dm-3 NaO...
##### Solve: 4) A pulsed electric voltage that is offset by dc component of 3V is defined by 0<t<14 V(t) = 143t<28 28 =t < 42 where is time (in As). Find &0 (if it is not zero) two nonzero cosine terms (if they exist), and nonzero sine terms (if they exist) of the Fourier series for the time-dependent voltage_ A) 8 COS 2 cos: 2ut B) J0 4+ cos [ - Ncos 2t + ',-4+. cos 3-+_ cOS ZuL 21 D) J0 4+ cOS 4-+ cOS 2 3
Solve: 4) A pulsed electric voltage that is offset by dc component of 3V is defined by 0<t<14 V(t) = 143t<28 28 =t < 42 where is time (in As). Find &0 (if it is not zero) two nonzero cosine terms (if they exist), and nonzero sine terms (if they exist) of the Fourier series for the ti...