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A 1500 m3 ballon weights 1650 kg with all its equipment. It is filled with helium of density 0.2 kg m-3. If the density of air is 1.3 kg m-3, then the pull on the rope tied to the ballon will be ?

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one year ago

## Answers : (3)

Arun
25211 Points
```							 A floating object displaces its own weight/mass of the fluid it floats in.air density = 1.3 kg/m³volume of balloon = 1500 m³mass of balloon + mass of gas in it = 1650 kgvolume of air displaced by balloon and gas in it = (1650)/1.3 = 1269 m³excess volume = 1500 - 1269 = 231 m³mass of air in excess volume = 231(1.3) = 300 kgforce of gravity on excess mass of air = 300(9.81) = 2946 N HOPE IT HELPS
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one year ago
Khimraj
3007 Points
```							Volume of baloon: V= 1500 cubic meter densiy of air: d = 1.3 kg/cu m mass of baloon: m = 1650 kg   Buoyant force on baloon = mass of air displaced = F = V x d x g = 1500x1.3x10=19500 N thus force on baloon due to the tension in rope: 19500-1650(10) = 3000N
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one year ago
aswanth nayak
100 Points
```							A floating object displaces its own weight/mass of the fluid it floats in.air density = 1.3 kg/m³volume of balloon = 1500 m³mass of balloon + mass of gas in it = 1650 kgvolume of air displaced by balloon and gas in it = (1650)/1.3 = 1269 m³excess volume = 1500 - 1269 = 231 m³mass of air in excess volume = 231(1.3) = 300 kgforce of gravity on excess mass of air = 300(9.81) = 2946 N  second method:Volume of baloon: V= 1500 cubic meter densiy of air: d = 1.3 kg/cu m mass of baloon: m = 1650 kg   Buoyant force on baloon = mass of air displaced = F = V x d x g = 1500x1.3x10=19500 N thus force on baloon due to the tension in rope: 19500-1650(10) = 3000N
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one year ago
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• 110 Video Lectures
• Revision Notes
• Test paper with Video Solution
• Mind Map
• Study Planner
• NCERT Solutions
• Discussion Forum
• Previous Year Exam Questions