The knee muscles control how the knee joint and patella move. There are two main groups of muscles, the quadriceps and the hamstrings, as well as a small muscle behind the knee (popliteus).
I f need to calculate delta G using equation delta G =delta G not + R T ln Q. I am given partial pressure of the rxn as NO2 is 0.10 atm and N2O4 is 1 atm. I did Partial Pressure at 0,10 atm as 2.98 T for I mole NO2 and 298 K at STP for N2O4. f need to calculate delta G using equation delta G =delta G not + R T ln Q. I am given partial pressure of the rxn as NO2 is 0.10 atm and N2O4 is 1 atm. I did Partial Pressure at 0,10 atm as 2.98 T for I mole NO2 and 298 K at STP for N2O4.
Here is the blueprint of the mechanism: : Simply The mechanism will be able to get the (x,y) of the target and then mechanism will have a constant initial velocity(Vo). I used regular Velocity equations to find the Vox and Voy of Initial Velocity(Vo). Here is my Velocity and Delta X and Delta Y formulas: My questions are: 1-Is a(acceleration) still going to be a=0 for Delta X and a=-g=-9.8 m/s^2. 2-How am I going to find the final Velocity(Vf)? 3-Is this a correct equation to find Release Angle(Theta)?