Science › Laws of motion › Question #8492
Single Choice Moderate

QIn the absence of an external force, what is the algebraic sum of the momentum after collision?

ID: #8492 Laws of motion 146 views
Question Info
#8492Q ID
ModerateDifficulty
Laws of motionTopic
Start Quiz on This Topic
 Your Answer

Choose the Best Option

Click any option to instantly check if you're correct.

  • A Greater than the sum of the momentum before collision ✔ ✖
  • B Less than the sum of the momentum before collision ✔ ✖
  • C Equal to the sum of the momentum before collision ✔ ✖
  • D Zero ✔ ✖
Correct Answer

Explanation

In the absence of an external force, the algebraic sum of the momentum after collision is numerically equal to the sum of the momentum before collision.
 Continue Practice
Previous Question Next Question
 Share

Share This Question

Challenge a friend or share with your study group.

 More from This Topic

Related MCQ Questions

What is the relation between acceleration due to gravity and the universal gravitational constant? What is the principle of moments? Which type of inertia is the resistance of a body to change its state of rest? What is the relation between the acceleration due to gravity (g) and the universal gravitational constant (G)? Which observance is celebrated on December 26, unless that day is a Sunday, in which case the 27th? According to Newton's First Law, what happens to a body in motion if no external force acts on it? What is the escape velocity? What is the principle of conservation of linear momentum? What is the difference between like parallel forces and unlike parallel forces? What is the mass of the Earth?