Hi, Please help with terminal velocity equations;
The equation for terminal velocity is v= â(2mg/ÏAC)
Wherein:
v = terminal velocity (m/s)
m = mass (kg)
g = gravity (9.8 m/s2)
r = density (for air at sea level we will use 1.5 kg/m3)
A = cross-sectional area of the object (for our scenario, we will use a cube with A=1.5 m2)
C = drag co-efficient (we will use 1.05 for the drag co-efficient of a cube)
Your job:
.Calculate the terminal velocity of five cubes. You may need to convert!
Cube #1 has a mass of 2000 g.
Cube #2 has a mass of 4000 g.
Cube #3 has a mass of 5 kg.
Cube #4 has a mass of 6 kg.
Cube #5 has a mass of 0.479652 slugs.
Your answer for âvâ should have four decimal places.
1. *****Please show step by step Instruction on how solve the equation for terminal velocity*******
2. *****Please show the equation used in excel on how to determine Terminal Velocity*************
Thank you, Donna
Hi, Please help with terminal velocity equations;
The equation for terminal velocity is v= â(2mg/ÏAC)
Wherein:
v = terminal velocity (m/s)
m = mass (kg)
g = gravity (9.8 m/s2)
r = density (for air at sea level we will use 1.5 kg/m3)
A = cross-sectional area of the object (for our scenario, we will use a cube with A=1.5 m2)
C = drag co-efficient (we will use 1.05 for the drag co-efficient of a cube)
Your job:
.Calculate the terminal velocity of five cubes. You may need to convert!
Cube #1 has a mass of 2000 g.
Cube #2 has a mass of 4000 g.
Cube #3 has a mass of 5 kg.
Cube #4 has a mass of 6 kg.
Cube #5 has a mass of 0.479652 slugs.
Your answer for âvâ should have four decimal places.
1. *****Please show step by step Instruction on how solve the equation for terminal velocity*******
2. *****Please show the equation used in excel on how to determine Terminal Velocity*************
Thank you, Donna