Question

A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...

A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 5.84 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 132 m in 28.0 s.

Science   Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 7.99 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 198 m in 26.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 6.66 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 186 m in 25.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 5.80 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 199 m in 24.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 6.22 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 194 m in 13.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 5.77 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 107 m in 30.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 7.62 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 129 m in 19.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 5.38 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 135 m in 20.0 s.
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the...
A lighter-than-air spherical balloon and its load of passengers and ballast are floating stationary above the earth. Ballast is weight (of negligible volume) that can be dropped overboard to make the balloon rise. The radius of this balloon is 7.34 m. Assuming a constant value of 1.29 kg/m3 for the density of air, determine how much weight must be dropped overboard to make the balloon rise 152 m in 19.0 s.
A lighter than air balloon and its load of passengers and ballast are floating stationary about...
A lighter than air balloon and its load of passengers and ballast are floating stationary about the earth. Ballast is weight of negligible volume that can be dropped overboard to make the balloon rise. The radius of the balloon is 6.25 m. Assuming a constant value of 1.29 kg/m3 for the density of air determine how much weight must be dropped overboard to make the balloon rise 105 m in 15.0s. (accelerated motion)
A 6.45-m radius air balloon loaded with passengers and ballast is floating at a fixed altitude....
A 6.45-m radius air balloon loaded with passengers and ballast is floating at a fixed altitude. Determine how much weight (ballast) must be dropped overboard to make the balloon rise 116 m in 23.0 s. Assume a constant value of 1.2 kg/m3 for the density of air. Ballast is the weight of negligible volume that can be dropped overboard to make the balloon rise. N Use g = 9.8 m/s2.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT