I could never snitch (gang, gang, gang)
That's on my kids (yeah)
I put a choppa on the blade, he put a blade on a switch (gang, gang, gang)
I keep my right hand spinnin' like my last name Smith (my last name Smith)
I don't miss, I'm making money while I piss, like (gang, gang, gang)
Hop out the Scat', where my shooters at? Guess they running late
All my opps probably smoking rocks so I got time to waste
Picked up my pace, 'cause I saw a shop ten feet down the block (obvi)
He ain't got a lock, so I walk into it, then I saw the ball (grah, grah)
And he like, "Hi, how's your day?" I said, "I'm doing great" (hi)
Then I upped it at his face and I said, "Open up that case" (open up that case)
I took a chain, bust-down pendant too, depending on my mood (grah)
I need to run, but the final shot, I only got one too (Get out my way)
Then I saw twelve, Dusty rang my bell
He said, "What's the move?" (What's the move?)
I said, "I'm doomed"
'Cause the cops just said that if I move, they shoot
Said, "You a fool"
(If you got the jewels, then I'll be there at 2)
Now I'm pacing, and my heart is racing, don't know what to do (what do I do?)
I'm acting cool, drippy like a pool, waiting for the goons (grah)
Then I seen 05 let off two, we starting racing with the loot (we off the shit)
Gang, gang, gang
(Grr, we started, grah)
Gang, gang, gang
I could never snitch (gang, gang, gang)
That's on my kids (yeah)
I put a choppa on the blade, he put a blade on a switch (gang, gang, gang)
I keep my right hand spinnin' like my last name Smith (my last name Smith)
I don't miss, I'm making money while I piss, like (gang, gang, gang)

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In geometry, the midsphere or intersphere of a convex polyhedron is a sphere which is tangent to every edge of the polyhedron. Not every polyhedron has a midsphere, but the uniform polyhedra, including the regular, quasiregular and semiregular polyhedra and their duals (Catalan solids) all have midspheres. The radius of the midsphere is called the midradius. A polyhedron that has a midsphere is said to be midscribed about this sphere.

When a polyhedron has a midsphere, one can form two perpendicular circle packings on the midsphere, one corresponding to the adjacencies between vertices of the polyhedron, and the other corresponding in the same way to its polar polyhedron, which has the same midsphere. The length of each polyhedron edge is the sum of the distances from its two endpoints to their corresponding circles in this circle packing.

Every convex polyhedron has a combinatorially equivalent polyhedron, the canonical polyhedron, that does have a midsphere, centered at the centroid of the points of tangency of its edges. Numerical approximation algorithms can construct the canonical polyhedron, but its coordinates cannot be represented exactly as a closed-form expression. Any canonical polyhedron and its polar dual can be used to form two opposite faces of a four-dimensional antiprism.

This report presents pressure data obtained from a Joint Langley Research Center (LaRC)/Marshall Space Flight Center (MSFC) Space Shuttle abort stage separation wind tunnel test. The .00556 scale models of the McDonnell-Douglas orbiter and booster configurations were tested in proximity in Tunnel A of the Von Karman Facility (VKF), Arnold Engineering Development Center (AEDC) during the time period of July 22 to July 27, 1971. Data were obtained for nominal Mach numbers of 5.0, 3.0, and 2.0 and nominal Reynolds numbers of 1.09, 1.60,
and 1.74 million per foot, respectively. Pressure data were obtained for the booster upper surface and orbiter lower surface at angles of attack of -10°, -5, 0, 5, and 10° for zero degrees sideslip. For the complete pressure tap layout refer to figures 1 and 2 and tables II and III. The models were tested at incidence angles of 0 and 50 for several separation distances and power conditions. Plug nozzles utilizing air were used to simulate booster and orbiter plumes at various altitudes along a nominal ascent trajectory. Powered conditions were 100, 50, and 0 percent of full power for the orbiter and 100, 50 and 0 percent of full power for the booster. Data were also obtained with the booster canard off in close proximity.