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Closest Distance between 2 ships : Relative Motion : Kinematics
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Get ready to take your physics knowledge to the next level with this challenging problem on two ships. Join Physics Guru as we dive into the math and science behind two ships moving in different directions. With clear explanations and helpful tips, learn how to calculate their distance of closest approach and the time it takes to reach it. Perfect for students preparing for JEE and NEET exams. Don't miss out on this exciting learning opportunity and watch now!"
The problem: Two ships A and B are 10 km apart on a line running south to north. Ship A farther north is moving west at 20 km/h and ship B is moving north at 20 km/h. We need to calculate the distance of their closest approach and how long it takes for them to reach it. To solve this problem, we will use the concept of relative velocity and the Pythagorean theorem. By finding the relative velocity of the two ships, we can determine their point of closest approach and the time it takes to reach it. This is a great opportunity to apply physics concepts in real-world scenarios and improve your problem-solving skills.
Ex: Two ships A and B are 10 km apart on a line running south to north. Ship A farther north is streaming west at 20 km/h and ship B is streaming north at 20 km/h. What is their distance of closest approach and how long do they take to reach it?
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The problem: Two ships A and B are 10 km apart on a line running south to north. Ship A farther north is moving west at 20 km/h and ship B is moving north at 20 km/h. We need to calculate the distance of their closest approach and how long it takes for them to reach it. To solve this problem, we will use the concept of relative velocity and the Pythagorean theorem. By finding the relative velocity of the two ships, we can determine their point of closest approach and the time it takes to reach it. This is a great opportunity to apply physics concepts in real-world scenarios and improve your problem-solving skills.
Ex: Two ships A and B are 10 km apart on a line running south to north. Ship A farther north is streaming west at 20 km/h and ship B is streaming north at 20 km/h. What is their distance of closest approach and how long do they take to reach it?
#PhysicsGuru #physics #IITJEE #neet #instantaneousvelocity #instantaneousacceleration #motion , #velocity #acceleration #jeemains #jeeadvanced #NEET #12th
Physics,Kinematics,JEE,NEET,IIT JEE,IIT,NEET physics,JEE physics,Kinematics physics,Distance,Displacement,Average Speed,Average Velocity,Physics for class 11,Physics for class 12,Physics for IIT JEE,Physics for NEET,Physics Tutorials,Physics Education,Physics for engineering,Motion,velocity,speed,exam preparation,competitive exams,Physics concepts,Physics explained,Physics lessons,IIT JEE mains,IIT JEE advanced,physics guru,Anil Gotpagar
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