0:05
stepping into the lab is a dominant
0:08
forward from dude
0:10
Jason Tatum with the 611 wingspan and a
0:20
max touch that's more than a foot and a
0:23
half above the rim Tatum has a defensive
0:27
range of nearly thirty three hundred
0:28
cubic feet that's larger than the range
0:32
of two-time NBA Defensive Player of the
0:35
Year Kawhi Leonard but it's not just as
0:40
defensive potential that's getting tatum
0:42
traction in the drop so to test the
0:46
limits of his scoring ability we want to
0:48
challenge his ability to battle his way
0:50
to the rim
0:56
[Music]
1:01
hear ye hear ye
1:05
Jason is now time for you to mean
1:08
eyesand
1:09
in the sports science lab no look better
1:13
than that in a sports science first it's
1:18
time to go medieval Jason what to earn
1:23
his knighthood by dunking in Armour with
1:26
the added weight representing defenders
1:28
hanging off him down low the wrought
1:32
iron chainmail weighs 20 pounds the most
1:36
ridiculous thing I've ever done by 5
1:45
but he easily flushes the rock home so
1:51
the next step was to keep hiring on the
1:53
armour tatum now weighs a whopping 270
1:58
almost a third more than his normal body
2:01
weight with our aspiring knight ready
2:07
for battle
2:07
we let him charge compared to a normal
2:13
dunk the armor restricts his shoulders
2:16
range of motion by 30 degrees and it
2:20
reduces his apex by 10 inches but with
2:25
launching power that equates to more
2:27
than two and a half times his body
2:28
weight Tatum gets enough air to slay the
2:32
rim that was amazing how did it feel
2:40
like you carrying the whole thing
Use your example to answer the guiding question:
How are force, mass, and acceleration related to an object's motion?