SHOT -- Charlie and Larry studying the blood under Aquarius.
The blood could be a prop, part of
the act. Spray some blood on the
walls, vanish, and voila, got a
pretty good trick.
And pretty good publicity. So you're
thinking it's a hoax?
Easy enough to figure out.
(off their looks)
We can use an application of blood
spatter trigonometry to study the
correlation of this blood to Talma's
probable position within the box.
A moving droplet of blood will eventually hit a surface. At the initial instance of contact, the spherical droplet will be tangent to the intercepting surface. The type of spatter the blood droplet leaves on the surface strongly depends on its direction and speed (its vector). In the diagram, the instance of contact is shown for the red spherical droplet. A Dandelin cone based on the vector approximates the elliptical spatter pattern the blood will leave behind. Note that the initial tangent point is one of the foci of the underlying ellipse. The speed and viscosity will further deform the elliptical pattern.
We were able to analyze the pattern of
the blood droplets, along with the
angle and velocity of impact to
determine, with high probability that
Talma suffered a real injury. It could
have been accidental, or it could have
been the result of a struggle...
(takes out Penn's card)
I'd like to consult a couple of experts
who might have an idea which it was.
Charlie punches up the glass cylinder on the monitor.
Witnesses from the performance report
that it was full.
Charlie presses a key, the cylinder fills.
(quick calcs in his head)
Okay, we're looking at approximately
50 cubic feet of water...
Water weight 3,300 Pounds.
A little over one and a half tons.
This Demonstration shows the volume of a cylinder.
Charlie's laying on his stomach where Aquarius would have
sat, digging around in the guts of the machinery.
I count three input pipes.
Larry brings up 'Figure 2 - Water System.'
Only three? Reconstruction of the
apparatus indicated at least four..
Six if they were playing it safe.
To fill the cylinder with three pipes
in five seconds...
A hydraulic press is a machine made of two pistons with different cross-sectional areas (A and a), which is used
to lift large weights or compress material. The ratio of the distances moved and the ratio of the forces are both equal to the ratio of the areas of the pistons.