If the speed of stone is increased beyond the maximum permissible value and the string breaks suddenly, which of the following correctly describes the trajectory of the stone after the string breaks (i) the stone moves radially outwards, (ii) the stone flies off tangentially from the instant the string breaks, (iii) the stone flies off at an angle with the tangent whose magnitude depends on the speed of the particle?

Asked by Last Modified  

Follow 1
Answer

Please enter your answer

The stone flies of tangentially .because at instant when string breaks its centripetal firces is suddenly zero by the way only tangential firce is act .hence obly nive in tangential direction
Comments

Related Questions

Why does a swimmer push the water backwards?
According to newton's 3rd law of motion in each and every action there is an equal and opposite force. So if he push the water backwards then according to the above principle or law he will be able to move forward.
Profile Photo
Gulfam
0 0
View Comments6
How do I clear concepts of physics?
If you want to fill 1000 L of water then you need a tank not a glass. Similarly to understand concepts of physics you need to enhance your perception and visualization. I would suggest before you start...
Profile Photo
Muskaan
0 0
View Comments5
The Earth moving round the Sun in a circular orbit is acted upon by a force, and hence work must be done on the Earth by this force. Do you agree with this statement?
The force on earth jn circular trajectory is gravity,acting radially inward...the direction of motion is tangential.....as u knw work is dot product of force and dx, the work done is zero.
Profile Photo
Mrinal Kanti

Now ask question in any of the 1000+ Categories, and get Answers from Tutors and Trainers on UrbanPro.com

Ask a Question

Related Lessons


work power energy jee mains notes
Important Formulas in Work Energy and Power for JEE 1. Work Done by Constant Force W = FS cos Ө It is a scalar quantity 2. Work done by Multiple Forces W = W1 +W2+W3+…. Work done on the...
Profile Photo


Kinematics Equation for 1 - D Motion with constant acceleration
1.3 EQUATIONS FOR RECTILINEAR MOTION If a particle changes its velocity from u to v in time t, with uniform acceleration a and undergoes a displacement S in that time, then (a) v = u +...
Profile Photo

Work and Energy
Profile Photo

Recommended Articles

Once over with the tenth board exams, a heavy percentage of students remain confused between the three academic streams they have to choose from - science, arts or commerce. Some are confident enough to take a call on this much in advance. But there is no worry if as a student you take time to make choice between - science,...

Read full article >

Appearing for exams could be stressful for students. Even though they might have prepared well, they could suffer from anxiety, tension etc. These are not good for their health and mind. However, following a few exam preparation tips can save them from all these and help them to score good marks. Let’s find out all...

Read full article >

While schools provide formal education to the children, the home is where they start learning about things informally. Parents think that schools will take the initiative to educate their children. Well, this is partially true, as parents also play an essential role in bringing up their child. For the development of particular...

Read full article >

E-learning is not just about delivering lessons online. It has a much broader scope that goes beyond manual paper or PowerPoint Presentations. To understand the reach of E-learning and how the whole process works in developing the Educational system, we will discuss a few points here. Let us find out how this new learning...

Read full article >

Looking for Class 11 Tuition ?

Learn from the Best Tutors on UrbanPro

Are you a Tutor or Training Institute?

Join UrbanPro Today to find students near you