If the force of the fan pushes the air backward with 150 N, what is the forward force of the air on the boat? If the mass of the boat is 220 kg, and you ignore friction between the boat and the water, find how far the boat will travel in the first minute. G: ff=150N mass=220kg U: acceleration E: a=f/m S: a=150N220kg S: the forward force of air on the boat is 0.68m/s2 =v1△+ 12 a (△t)2 =0+12 (0.68m/s2)(60)2 1227.273m is how far the boat traveled in 1 minute
If the force of the fan pushes the air backward with 150 N, what is the forward force of the air on the boat? If the mass of the boat is 220 kg, and you ignore friction between the boat and the water, find how far the boat will travel in the first minute. G: ff=150N mass=220kg U: acceleration E: a=f/m S: a=150N220kg S: the forward force of air on the boat is 0.68m/s2 =v1△+ 12 a (△t)2 =0+12 (0.68m/s2)(60)2 1227.273m is how far the boat traveled in 1 minute
Related questions
Question
100%
If the force of the fan pushes the air backward with 150 N, what is the forward force of the air on the boat? If the mass of the boat is 220 kg, and you ignore friction between the boat and the water, find how far the boat will travel in the first minute.
- G: ff=150N mass=220kg
U: acceleration
E: a=f/m S: a=150N220kg
S: the forward force of air on the boat is 0.68m/s2
- =v1△+ 12 a (△t)2
=0+12 (0.68m/s2)(60)2
1227.273m is how far the boat traveled in 1 minute
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
