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तमिलनाडु बोर्ड ऑफ सेकेंडरी एज्युकेशनएसएसएलसी (अंग्रेजी माध्यम) कक्षा १०

Match the following Column I Column II Newton’s I law propulsion of a rocket Newton’s II law Stable equilibrium of a body

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प्रश्न

Match the following

Column I Column II
Newton’s I law propulsion of a rocket
Newton’s II law Stable equilibrium of a body
Newton’s III law Law of force
Law of conservation of linear momentum Flying nature of bird
जोड़ियाँ मिलाइएँ
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उत्तर

Column I Column II
Newton’s I law Stable equilibrium of a body
Newton’s II law Law of force 
Newton’s III law Flying nature of bird 
Law of conservation of linear momentum Propulsion of a rocket
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अध्याय 1: Laws of Motion - Evaluation [पृष्ठ १४]

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सामाचीर कलवी Science [English] Class 10 SSLC TN Board
अध्याय 1 Laws of Motion
Evaluation | Q IV. | पृष्ठ १४

संबंधित प्रश्न

Fill in the following blank with suitable word :

Newton’s first law of motion is also called Galileo’s law of ………………………


The acceleration of a particle is zero, as measured from an inertial frame of reference. Can we conclude that no force acts on the particle? 


A block of mass 10 kg is suspended from two light spring balances, as shown in the following figure.


A particle is observed from two frames S1 and S2. Frame S2 moves with respect to S1with an acceleration a. Let F1 and F2 be the pseudo forces on the particle when seen from S1 and S2, respectively. Which of the following is not possible?


If you jump barefoot on a hard surface, your legs are injured. But they are not injured if you jump on a soft surface like sand or pillow. Why?


When a train starts, the head of a standing passenger seems to be pushed backward. Analyse the situation from the ground frame. Does it really go backward? Coming back to the train frame, how do you explain the backward movement of the head on the basis of Newton's laws?


State and explain the law of inertia (or Newton's first law of motion).


A force of 600 dynes acts on a glass ball of mass 200 g for 12 s. If initially, the ball is at rest, find

  1. Final velocity
  2. Distance covered.

Two blocks A and B of masses m and 2 m, respectively, are held at rest such that the spring is in natural length. Find out the accelerations of both the blocks just after release.


If the net force on an object is zero, what happens?


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