Hay I got my food stamp so don't have the suit in a vest go to myers and spray that junk on my bike tires O.K. I told your little cousin to well stay short. I can't seem to see why under the christmas barn at elevator that go sideways is not a good office for next door canterbury joyslin road in lake orion twp. police X street ad fire man too.
see santa at the golf corse or bloomers vill. so in closing I well try to be at meyers at 11 to 11 10 during your pottie break. Michigan and be gone by your lunch and on the run. search of 4.1.2.1.2.
J F K you should see this scottash paradice. the kings court alone well take you the day. the best if your in the $300,000.00 a year or better lunch group. it don't matter what you do in the a.m. you well still be small or outside in your s.u.v.
apainter gone mad picking up 10¢ cans incountry.:>😉 Merry Christmas: from thevillage
Mapping Toolbox Universal Polar Stereographic Projection Classification Azimuthal Syntax ups Graticule The graticule described is for the southern zone. Meridians: Equally spaced straight lines centered on the South Pole. The angles displayed are the true angles between meridians. Parallels: Unequally spaced circles centered on the South Pole. Spacing increases gradually away from the circle of true scale along latitude 87 degrees, 7 minutes N. The opposite pole cannot be shown. Poles: The South Pole is a point. The North Pole is not shown. Symmetry: About any meridian. Features This is a perspective projection on a plane tangent to either the North or South Pole. It is conformal, being free from angular distortion. Additionally, all great and small circles are either straight lines or circular arcs on this projection. Scale is true along latitudes 87 degrees, 7 minutes N or S, and is constant along any other parallel. This projection is not equal area. Parallels The parallels 87 degrees, 7 minutes N and S are lines of true scale by virtue of the scale factor. There are no standard parallels for azimuthal projections. Remarks This projection is a special case of the stereographic projection in the polar aspect. It is used as part of the Universal Transverse Mercator (UTM) system to extend coverage to the poles. This projection has two zones: `North´ for latitudes 84° N to 90° N, and `South´ for latitudes 80° S to 90° S. The defaults for this projection are: scale factor is 0.994, false easting and northing are 2,000,000 meters. The international ellipsoid in units of meters is used as the geoid model. Trystan Edwards Cylindrical Projection Universal Transverse Mercator Projection
in other words you dug in the wrong place. so stay on your side of the fense. wait a tick what fense....... nice waterpnd thereor wa ha adraiarea. what next maybe lillie pads some frog ad turtle. Oh wait I know yellow flowers. as long as state road and yoursu is o.k. wait atick is.... as for this here. I LOVE way hey so friends onour land.
