Answer to Question #24715 in Mechanics | Relativity for Shari
An airplane makes a straight back and forth round trip, always with the same air speed between two cities. Let us pretend that the two cities are 900 km apart and the air speed is 300km/hr. What is the total time taken by the airplane to travel back and forth with no wind speed?
b) If it encounters a mild steady tailwind (100km/h) while going
i) What is the ground speed and the time taken by airplane?
ii) if the steady tail wind is equal to air speed, what is the time taken while going.
c) If it encounters a mild steady headwind (100km/h) while returning
i) What is the ground speed and the time taken by airplane.
ii) What is the total time taken by the plane for the round trip?
d) i) If the wind speed is equal to air speed then what is the time taken while going?
ii) If the wind speed is equal to the headwind, what is the time taken for the round trip?
To answer this question use vector diagrams, relevant formulas and the concepts that you have learnt from the above and the previous forum readings.
Explain very clearly in your own words and solutions with calculations and with proper steps. (150 – 250) words.