In [ ]: Exercise 2b Write code to calculate and print the quantities from the data sheet. For the momenta pli, p2i plf and p2f, the code is given. For the other quantities, uncomment the respective code lines and add your code. You must use the given variable names. In the print() statements, use "f-strings" to print your calculated values with proper units. Again, follow the example for pli. pli mlvli p2i= m2v2i print (f'Momentum of m1 before print (f'Momentum of m2 before plf m1vlf p2f = m2v2f print (f'Momentum of m1 after print (f'Momentum of m2 after #pi = # pf = #p_ratio= #print () # print () #print () # Kli = # K2i = # print () #print () #K1f = # K2f = #print () # print () #Ki = #Kf = #K_ratio= #print () # print () # print () #YOUR CODE HERE raise Not ImplementedError() # Momentum of m before collision # Momentum of M before collision collision: collision: {pli:ep} kg.m/s') (p2i: eP) kg.m/s') # Momentum of m after collision # Momentum of M after collision collision: collision: {plf: eP} kg-m/s') {p2f:eP) kg.m/s') #Total momentum before collision #Total momentum after collision #Ratio of total momentum after/before collision #Print your calculated values # Kinetic energy of m1 before collision #Kinetic energy of m2 before collision # Kinetic energy of m1 after collision #Kinetic energy of m2 after collision #Total kinetic energy before collision #Total kinetic energy after collision #Ratio of total kinetic energy after/before collision

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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In [ ]:
Exercise 2b
Write code to calculate and print the quantities from the data sheet. For the momenta pli, p2i plf and p2f, the code is given. For the other
quantities, uncomment the respective code lines and add your code. You must use the given variable names.
In the print() statements, use "f-strings" to print your calculated values with proper units. Again, follow the example for pli.
pli m1*vli
p2i = m2*v2i
print (f'Momentum of m1 before
print (f'Momentum of m2 before
plf = m1*vlf
p2f = m2*v2f
print (f'Momentum of m1 after
print (f'Momentum of m2 after
#pi
#pf
=
=
#p_ratio=
#print()
#print ()
#print ()
# Kli =
#K2i =
#print ()
#print()
# Klf =
#K2f =
#print()
#print()
#Ki =
# Kf =
#K_ratio=
#print()
#print()
#print()
#YOUR CODE HERE
raise Not ImplementedError()
# Momentum of m before collision
# Momentum of M before collision
collision:
collision:
{pli:eP} kg•m/s')
{p2i: eP} kg•m/s')
# Momentum of m after collision
# Momentum of M after collision
collision:
collision:
{plf:eP} kg•m/s')
{p2f: eP} kg•m/s')
# Total momentum before collision
# Total momentum after collision
# Ratio of total momentum after/before collision
#Print your calculated values
# Kinetic energy of m1 before collision
# Kinetic energy of m2 before collision
#Kinetic energy of m1 after collision
# Kinetic energy of m2 after collision
#Total kinetic energy before collision
#Total kinetic energy after collision
# Ratio of total kinetic energy after/before collision

Expert Solution

Step 1: Algorithm of the pogram:

Algorithm:

Define the masses (m1 and m2), initial velocities (v1i and v2i), and final velocity (vlf) for two objects.
Calculate the momentum of each object before and after the collision using the formula: $momentum space equals space mass space cross times space velocity.$
Calculate the total momentum before and after the collision.
Calculate the kinetic energy of each object before and after the collision using the formula: $kineticenergy equals 0.5 cross times mass cross times velocity squared.$
Calculate the total kinetic energy before and after the collision.
Print the calculated values for momentum and kinetic energy along with the respective ratios.

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