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Figure 191 - Flow net for a two-dimensional jet striking a wall at 45 degrees 293 



Figure 192 - Efflux from a tank of finite width 294 



Figure 193 - Three other cases of efflux 294 



Figure 194 - Some streamlines past a cylinder with a wake 296 



Figure 195 — Pressure on a cylinder in a stream with a wake behind it 296 



Figure 196 - Streamlines past a wall carrying a triangular bridge, with wake 296 



Figure 197 - Symbols for flow symmetric about a line QQ' 300 



Figure 198 — A dipole with its axis parallel to the a;-axis 301 



Figure 199 — Some streamlines due to a dipole 303 



Figure 200 — A spherical cavity of variable radius 304 



Figure 201 — A point source in a uniform stream 305 



Figure 202 — Streamlines past a semi-infinite solid of revolution 307 



Figure 203 — Point source and sink in a stream 309 



Figure 204 - Streamlines past a rankine solid of revolution 311 



Figure 205 - A line distribution ah of point sources 313 



Figure 206 - Dividing surface for a uniform line- of sources in a stream 314 



Figure 207 - Streamlines for a uniform line of sources in a uniform stream 314 



Figure 208 - Diagram for a source and a compensating line of sinks in a stream 315 



Figure 209 - Airship form constructed with use of a source and a line of sinks 317 



Figure 210 — Two airship forms constructed by Fuhrmann 317 



Figure 211 — A sphere in translation 319 



Figure 212 — Streamlines due to a moving sphere 319 



Figure 213 — Streamlines past a sphere 321 



Figure 214 — Streamlines due to a moving sphere 323 



Figure 215 - Diagram for a small sphere near a wall 323 



Figure 216 - Polar coordinates for a small sphere near a wall 325 



Figure 217 - Point dipole either outside or inside of a fixed spherical surface 328 



Figure 218 - Streamlines due to a point dipole at h^ near a sphere 3 30 



Figure 219 — A line of transverse point dipoles 331 



