
Kalen in Costa Rica!
Warm-up:
3 Rounds:
10 Push-ups
10 Jumping Pull-ups
Dynamic stretching
Thruster:
5-5-5-5-5
… and then …
For time:
50 WB Shots (20#/10#)
Post thoughts and times to “comments”.
Also: here is some great information that Greg put together. After the 300 squats the other day, we got to talking about the difference in output of smaller athletes who complete the same task as bigger athletes. People like Scott, John, Greg, or Troy are all either moving their bodies further per rep than people like, Kalen, Jason, or myself, or carrying more body weight altogether. This can have a tremendous impact on the power output an athlete is capable of putting out. See some calculations below.
Using my (Greg’s) height, 73″, and weight 280lb, and doing 270 body weight squats in 17 minutes, my power works out to:
Squat Reps – 270
Travel, Body – 0.46 meters
Work, Body – 115146.51 joules
Total Work – 115146.51 joules
Work Performed
115146.51 joules
11741.49 kg-m
84932.07 ft-lbs
Power Output
112.89 watts
0.15 horsepower
83.26 ft-lbs/sec
For someone says 5′5″=65″ at 145lb, doing the 300 squats in 9 minutes, their work would be:Squat Reps – 300
Travel, Body – 0.41 meters
Work, Body – 59053.31 joules
Total Work – 59053.31 joules
Work Performed
59053.31 joules
6021.67 kg-m
43557.72 ft-lbs
Power Output
109.36 watts
0.15 horsepower
80.66 ft-lbs/sec
Its almost the same amount of power output.
Want to figure out your own horsepower? Here’s a great calculator you can use to do it: http://www.performancemenu.com/resources/powerOutput.php