1
answer
1
watching
151
views
masumpatel6Lv1
28 Jan 2022
Calculate the acceleration
(A)
My boat has a sail with surface area A. Due to the sail's curved shape, the velocity 
of the wind at the front of the sail is greater than the velocity 
of the wind at the back of the sail. Given that my boat's mass is $m$, how much acceleration a is applied to the boat via the sail, and in which direction? Derive an analytical expression and include the full derivation in your solution.
(B)
Calculate the acceleration given that A=3.20 
, 
, and m = 270 kg. Take the density of the air to be 1.225 kg/ 
. Check that your answer makes sense in terms of units and numerical value.
Calculate the acceleration
(A)
My boat has a sail with surface area A. Due to the sail's curved shape, the velocity of the wind at the front of the sail is greater than the velocity of the wind at the back of the sail. Given that my boat's mass is $m$, how much acceleration a is applied to the boat via the sail, and in which direction? Derive an analytical expression and include the full derivation in your solution.
of the wind at the front of the sail is greater than the velocity of the wind at the back of the sail. Given that my boat's mass is $m$, how much acceleration a is applied to the boat via the sail, and in which direction? Derive an analytical expression and include the full derivation in your solution.(B)
Calculate the acceleration given that A=3.20 , , and m = 270 kg. Take the density of the air to be 1.225 kg/ . Check that your answer makes sense in terms of units and numerical value.
, , and m = 270 kg. Take the density of the air to be 1.225 kg/ . Check that your answer makes sense in terms of units and numerical value.
Read by 1 person
28 Jan 2022
