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Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer?.

Solutions for Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for Class 11. Download more important topics, notes, lectures and mock test series for Class 11 Exam by signing up for free.

Here you can find the meaning of Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer?, a detailed solution for Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? has been provided alongside types of Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? theory, EduRev gives you an ample number of questions to practice Journey through the center of earth:Suppose you could dig a tunnel from one surface to the opposite through the centre of the Earth. How will the journey be through the tunnel? Let us assume that the Earth to be of uniform density, there is no air friction and temperature is normal. At the starting point the initial acceleration will be g = 9.8 m/s2.The acceleration gradually reduces as one approaches the center.The gravity at any radius reff is less than REarth and is linearly proportional to the distance from the center. So, the weight will goes on reducing as the centre is approached. It will again goes on increasing as one moves from away from the centre. The traveller will pop up on the opposite side of the Earth within 42 minutes approximately. But unless the traveller grabs something to hold on, he or she will fall back for a return journey and continue to oscillate with a round-trip time. The time period will beWhat may happen if the traveller reaching point D does not grab something to hold on?a)The traveller will oscillate inside the tunnel with a time periodb)The traveller will oscillate inside the tunnel with a time periodc)The traveller will return to the centre of the earth and will remain there.d)The traveller will remain at point D.Correct answer is option 'B'. Can you explain this answer? tests, examples and also practice Class 11 tests.