Explain what happens when a body is raised to a height from the surface of earth and then given a horizontal velocity v such that:
i) 0 < v < 8.0 km/s
ii) v = 8.0 km/s
iii) 8.0 < v < 11.2 km/s
iv) v = 11.2 km/s
1
Expert's answer
2016-01-04T12:41:46-0500
i) In this case body will fall down on Earth following the parabolic trajectory, depending on velocity. ii) In this case body will start orbiting the Earth at constant height on cir- cular orbit. We would have to neglect friction due atmosphere to give such conclusion. iii) In this case body will orbit the Earth with elliptical orbit. iv) In this case body will leave the Earth forever and start orbiting the Sun.
Dear CPYADAV Please write a new question Best regarsd
sudeshna
25.01.16, 11:40
(a) Give one example of each of the following type of physical
quantity: (i) Dimensionless constant (ii) Dimensional constant (iii)
Dimensionless variable (iv) Dimensional variable
CPYADAV
04.01.16, 04:25
Explain what happens when a body is raised to a height from the
surface of earth and then given a horizontal velocity v such that: i)
0 < v < 8.0 km/s ii) v = 8.0 km/s iii) 8.0 < v < 11.2 km/s iv) v =
11.2 km/s
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Dear CPYADAV Please write a new question Best regarsd
(a) Give one example of each of the following type of physical quantity: (i) Dimensionless constant (ii) Dimensional constant (iii) Dimensionless variable (iv) Dimensional variable
Explain what happens when a body is raised to a height from the surface of earth and then given a horizontal velocity v such that: i) 0 < v < 8.0 km/s ii) v = 8.0 km/s iii) 8.0 < v < 11.2 km/s iv) v = 11.2 km/s
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