## Tan Sentence Examples

- To give a simple instance, hanging to the stereographic projection by putting
**tan**20=x, ill give a possible state of motion of the axis of the body; and the otion of the centre may then be inferred from (22). - Vertical, where Wh
**tan**0 = N = (c 2 - cl) c2 g2**tan**0, (6) (7) in which we have put k' 2 = ek 2, where E is a numerical factor depending on the shape. - As he spoke, he peeled off his shirt to reveal a whip-like, muscular upper body coated by a thin layer of
**tan**skin. - He had the same air of confidence, and the bronzed
**tan**... but surely Alex would have said something. - She couldn.t see the Sanctuary through her blurry eyes, just the blue of water and the
**tan**sand beneath her hands. - He wore light colors this day of
**tan**, a shade that brought out the depth of honey in his skin. - "I'll give you a whack at 'em," Hunter said as he pulled his
**tan**Ford into the parking lot. - Every inch of her was firm from working outside, and the
**tan**simply put a finishing touch to all of it. - Beyond where the compound ended, she saw the
**tan**sands of the desert punctuated by short, round shrubs It's called Traveling. - The prevailing colour is
**tan**with large black spots. - I was a lady for a long and lovely Sunday afternoon while a
**tan**mare serenaded us with her tinkling bells as the runners wooshed along on the packed snow. - Shorty, you stay out of this or I'll
**tan**your hide the way I should have done years ago. - His strong profile was masculine without being rugged, and a healthy olive
**tan**suggested an outdoor hobby. - 3
**tan**8, d l - I _ idlv j d23 d2/ I - 1d12H**tan**©. - Suppose the ship turns about an axis through F in the water-line area, perpendicular to the plane of the paper; denoting by y the distance of an element dA if the water-line area from the axis of rotation, the change of displacement is EydA
**tan**8, so that there is no change of displacement if EydA = o, that is, if the axis passes through the C.G. - In a multiply connected space, like a ring, with a multiply valued velocity function ¢, the liquid can circulate in the circuits independently of any motion of the surface; thus, for example, 4) =mB=m
**tan**- l y/x (5) will give motion to the liquid, circulating in any ring-shaped figure of revolution round Oz. - This light railway runs at a considerable elevation (some 700 ft.), commanding a view across the valley and lake of
**Tan**y Bwlch. - Other breeds include the Japanese, with an orange coat, broadly banded on the hind-quarters with black; the pink-eyed and short and thick-furred albino Polish; the Siberian, probably produced by crossing the Himalayan with the Angora; and the black-and-
**tan**and blue-and-**tan**. - Given the area A of the plane between the two horizontal contours, the height h of the upper above the lower contour, the length of the upper contour 1, and the area of the face presented by the edge of the upper stratum l.h = A 1, the slope a is found to be
**tan**a = h.l I (A - A i); hence its superficies, A = A2 sec a. - - Bloodhound, otterhound, foxhound, harrier, beagle, basset hound (smooth and rough), dachshund, greyhound, deerhound, Borzoi, Irish wolfhound, whippet, pointer, setter (English, Irish and black and
**tan**), retriever (flat-coated, curlycoated and Labrador), spaniel (Irish water, water other than Irish, Clumber, Sussex, field, English springer, other than Clumber, Sussex and field: Welsh springer, red and white and Cocker); fox terriers (smoothand wire-coated); Irish terrier, Scotch terrier, Welsh terrier, Dandie Dinmont terrier, Skye terrier (prick-eared and drop-eared), Airedale terrier and Bedlington terrier. - Bulldog, bulldog (miniature), mastiff, Great Dane, Newfoundland (black, white and black, or other than black), St Bernard (rough and smooth), Old English sheepdog, collie (rough and smooth), Dalmatian, poodle, bull terrier, white English terrier, black and
**tan**terrier, toy spaniel (King Charles or black and**tan**, Blenheim, ruby or red and tricolour), Japanese, Pekingese, Yorkshire terrier, Maltese, Italian greyhound, chowchow, black and**tan**terrier (miniature), Pomeranian, pug (fawn and black), Schipperke, Griffon Bruxellois, foreign dogs (bouledogues frangais, elk-hounds, Eskimos, Lhasa terriers, Samoyedes and any other varieties not mentioned under this heading). - On the 4th of May 1898 a sub-committee of the Kennel Club decided that the following breeds should be classified as "toy dogs": - Black and
**tan**terriers (under 7 lb), bull terriers (under 8 lb), griffons, Italian greyhounds, Japanese, Maltese, Pekingese, poodles (under 15 in.), pugs, toy spaniels, Yorkshire terriers and Pomeranians. - The abolition of the cropping of the ears of Great Danes, bull terriers, black and
**tan**terriers, white English terriers, Irish terriers and toy terriers, in 1889 gained the approval of all humane lovers of dogs, and although attempts have been made to induce the club to modify the rule which prohibits the exhibition of cropped dogs, the practice has not been revived; it is declared, however, that the toy terriers and white English terriers have lost such smartness by the retention of the ears that they are becoming. - The colour is black or
**tan**, and the hair of the face, body and tail is close and curly, although wavy-coated strains exist. - Pendulous ears, out-turned feet and generally black-and-
**tan**coloration. - The colour is generally black-and-
**tan**or brownish, the body is extremely long and cylindrical; the ears are large and pendulous, the legs broad, thick and twisted, with everted paws.. - KesKK uu tlo
**tan**o / ? - If
**tan**4)=1**tan**0, S'N' being then along a line of force, a result which explains the construction given above for finding the direction of the force F in (14). - M/H = (d 2 -1 2)
**tan**0/2d, where 1 is half the length of the magnet, which is placed in the " broadside-on " position as regards a small suspended magnetic needle, d the distance between the centre of the magnet and the needle, and 0 the angle through which the needle is deflected by the magnet. - We get therefore M 2 = MH X M/H = 27r 2 A(d 2 - l 2) 2
**tan**0/t 2 d (42) s H 2 =Mhxh/M = 87r 2 Ad/tt 2 (d 2 -1 2) 2**tan**B} (43) When a high degree of accuracy is required, the experiments and calculations are less simple, and various corrections are applied. - Let 0 be the angle which the standard magnet M makes with the meridian, then M'/R = sin 0, and M/R = cos 0, whence M' = M
**tan**0. - The moment of inertia of the body about the axis, denoted by But if is the moment of inertia of the body about a mean diameter, and w the angular velocity about it generated by an impluse couple M, and M' is the couple required to set the surrounding medium in motion, supposed of effective radius of gyration k', If the shot is spinning about its axis with angular velocity p, and is precessing steadily at a rate about a line parallel to the resultant momentum F at an angle 0, the velocity of the vector of angular momentum, as in the case of a top, is C i pµ sin 0- C2µ 2 sin 0 cos 0; (4) and equating this to the impressed couple (multiplied by g), that is, to gN = (c 1 -c 2)c2u 2
**tan**0, (5) and dividing out sin 0, which equated to zero would imply perfect centring, we obtain C21 2 cos 0- (c 2 -c 1)c2u 2 sec 0 =o. - The righting couple of the wedges of immersion and emersion will be ZwydA
**tan**8.y =w**tan**0Zy 2 dA =w**tan**0.Ak 2 ft. **Tan**0; but if weights inside the ship are raised to bring G above B, the righting couple is diminished by W.BG.**Tan**0, so that the resultant righting couple is W.GM.**Tan**8.- (22) Conjugate functions can be employed also for the motion of liquid in a thin sheet between two concentric spherical surfaces; the components of velocity along the meridian and parallel in colatitude 0 and longitude A can be written d¢_ i _ d4, I dip _ dy (13) d8 sin - 0 dX' sin 0 dX de' and then = F (
**tan**O. - If the direction of motion makes an angle 0' with Ox,
**tan**B' = d0 !dam _ ?xy 2 =**tan**20, 0 =-10', (9) dy/ y and the velocity is Ua2/r2. - Taking two planes x = =b, and considering the increase of momentum in the liquid between them, due to the entry and exit of liquid momentum, the increase across dy in the direction Oy, due to elements at P and P' at opposite ends of the diameter PP', is pdy (U - Ua 2 r2 cos 20 +mr i sin 0) (Ua 2 r 2 sin 2 0+mr 1 cos 0) + pdy (- U+Ua 2 r 2 cos 2 0 +mr1 sin 0) (Ua 2 r 2 sin 2 0 -mr 1 cos 0) =2pdymUr '(cos 0 -a 2 r 2 cos 30), (8) and with b
**tan**r =b sec this is 2pmUdo(i -a 2 b2 cos 30 cos 0), (9) and integrating between the limits 0 = 27r, the resultant, as before, is 27rpmU. - 0= {(n +I)Ar" - where P. denotes the zonal harmonic of the nth order; also, in the exceptional case of =Ao cos 0, 4) = Ao/r; 4'= Bor, 49 = - Bo log
**tan**2B sh - lx/y. - 0, 1, = -ZUa 3 sin e B/r; (13) and then =Ux(I+1a3/r2), 4=ZUa 3 cos 0/r2, -d r = Ua3 cos B, -d9=ZUa3 sin 0, so that, if the direction of motion makes an angle >G with Ox,
**tan**(4y-0) =Z**tan**0,**tan**=3**tan**0/(2-**tan**2 e). - Irun is the northern terminus of the Spanish Northern railway, and a thriving industrial town, with ironworks,
**tan-yards**, potteries and paper mills.