# Oz Sentence Examples

- "Now," said the Wizard of
**Oz**, "having created something from nothing, I will make something nothing again." - Our friend
**Oz**is merely a humbug wizard, for he once proved it to me. - "The girl that rules the marvelous Land of
**Oz**," was the reply. - Queensland's annual output is between 750,000 and 800,000
**oz**.; the number of men engaged in goldmining is io,000. - In New South Wales the greatest production was in 1852, soon after the first discovery of the precious metal, when the output was valued at £2,660,946; the production in 1905 was about 270,000
**oz**., valued at £1,150,000. - In 1905 the production amounted to 1,983,000
**oz**., valued at £8,300,000. - For the first
**oz**., and i3/4d. - The internal rate is 15c. (i3/4d.) per 3/4
**oz**.; post-cards foe. - Gold-mining and quartz-mining are its principal industries, and in 1907 Nevada county's output of gold (104,J90.76
**oz**., worth $2,162,083) was second only to that of Butte county (134,813.39**oz**., worth $2,786,840) in California; the county is the leading producer 1 Died the 21st of September, 1890, and Frank Bell became governor by virtue of his office as lieutenant-governor. - In West Siberia, however, quartz-mining is steadily increasing in importance: whereas in 1900 the output of gold from this source was less than 10,000
**oz**., in 1904 it amounted, to close upon 50,000**oz**. - On the other hand gravel-washing gives a declining yield in West Siberia, for while in 1900 the output from this source was approximately 172,000
**oz**., in 1904 it was only 81,000**oz**. - The total yield annually amounts to some 700,000
**oz**., the largest quantity coming from the Olekminsk, district in the province of Yakutsk, and this district is followed by the Amur region, the Maritime province, and Nerchinsk and Transbaikalia. - -, reduce s x2ax1 -x10x2 to the form j
**Oz**ON 2 1 1 j 2 i The Binary Quintic.-The complete system consists of 23 forms, of which the simplest are f =a:; the Hessian H = (f, f') 2 = (ab) 2axbz; the quadratic covariant i= (f, f) 4 = (ab) 4axbx; and the nonic co variant T = (f, (f', f") 2) 1 = (f, H) 1 = (aH) azHi = (ab) 2 (ca) axbycy; the remaining 19 are expressible as transvectants of compounds of these four. - The force operative upon the positive half is parallel to
**OZ**, and of amount per unit of area equal to - b 2 D = b 2 kD cos nt; and to this force acting over the whole of the plane the actual motion on the positive side may be conceived to be due. - According to (18), the effect of the force acting at dS parallel to
**OZ**, and of amount equal to 2b2kD dS cos nt, will be a disturbance - dS sin cos (nt - kr) (20), regard being had to (12). - Deep. The yield of the Rand mines, in 1887 but 23,000
**oz**., rose in 1888 to 208,000**oz**. - In 1892 the yield was 1,210,000
**oz**.: in 1896 it exceeded 2,280,000**oz**. - In 1905 when a full supply of labour was again available the output was 4,760,000
**oz**., in which year the sum distributed in dividends to shareholders in the Rand mines was over £4,800,000. - Though several large nuggets have been found (the largest weighing 215
**oz**.), the total production is not great, the highest output obtained by washing being worth about £300,000 in one year. - Work was begun in 1895, and the yield of gold in that year was 274
**oz**., which increased to 893**oz**. - As an example of the general equations, take the simplest case of a uniform field of gravity, with
**Oz**directed vertically downward; employing the gravitation unit of force, 1 dp i dp t dp dp/dz = p = pzn (4) z n+I pz 1 /n p-p n-H ?t), (5) supposing p and p to vanish together. - If homogeneous liquid is drawn off from a vessel so large that the motion at the free surface at a distance may be neglected, then Bernoulli's equation may be written H = PIP--z - F4 2 / 2g = P/ p +h, (8) where P denotes the atmospheric pressure and h the height of the free surface, a fundamental equation in hydraulics; a return has been made here to the gravitation unit of hydrostatics, and
**Oz**is taken vertically upward. - (7) Interchanging these values =m log r, 4, = mO, 4,+4,i =m log rei e (8) gives a state of vortex motion, circulating round
**Oz**, called a straight or columnar vortex. - In plane motion the kinetic energy per unit length parallel to
**Oz**T 2p J J [(d4)) 2+ (d dy (P)1dxdy=lpfl[ a) 2+ (=zp 4d ds=zp f, ydvds. - For in a rigid body, rotating about
**Oz**with angular velocity the circulation round a curve in the plane xy is x ds yds) ds = times twice the area. - This is so when the axis of revolution is a principal axis, say
**Oz**; when S21=0, t 2 =0, =o, o=0. - These equations are proved by taking a line fixed in space, whose direction cosines are 1, then dt=mR-nQ,' d'-t = nP =lQ-mP. (5) If P denotes the resultant linear impulse or momentum in this direction P =lxl+mx2+nx3, ' dP dt xl+, d y t x2' x3 +1 dtl dt 2 +n dt3, =1 ('+m (dt2-x3P+x1R) ' +n ('-x1Q-{-x2P) ' '= IX +mY+nZ, / (7) for all values of 1, Next, taking a fixed origin and axes parallel to Ox, Oy,
**Oz**through 0, and denoting by x, y, z the coordinates of 0, and by G the component angular momentum about 1"2 in the direction (1, G =1(yi-x2z+x3y) m 2-+xlz) n(y(y 3x 1 x3x y + x 2 x) (8) Differentiating with respect to t, and afterwards moving the fixed. - The largest amount of alcohol that can be burnt up within the healthy body in twenty-four hours is 12
**oz**., but it must be consumed in great dilution and divided into small doses taken every four hours. - Production of the five years 1881-1885 was the smallest since the Australian and Californian mines began to be worked in 1848-1849; the minimum 4,614,588
**oz**., occurred in 1882. - Of the total production in 1876, 5,016,488
**oz**., almost the whole was derived from the United States, Australasia and Russia. - Charge: weight 13 lb 4
**oz**.; gravimetric density 55.01/0.504; nature, cordite, size 30. - In many houses, especially those where ornament is of no consequence, the rafters are now omitted, or only used at wide intervals, somewhat stouter sash-bars being adopted, and stout panes of glass (usually called 21-
**oz**.) 12 to 18 in. - The gold output from Ashanti amounted in 1905 to 68,259
**oz**., valued at 2J4,790. - Nielsen, Kobenhavns Historie
**oz**Beskrivelse (Copenhagen, 1877-1892); C. Bruun and P. Munch, Kobenhavn, Skrilding of dets Historie, &c. (ibid. - The okieh equals 1.32
**oz**., the rotl .99 Iii, the oke 2~75 lb. - Temporary cement for lathe-work, such as the polishing and grinding of jewelry and optical glasses, is compounded thus: - rosin, 4
**oz**.; whitening previously made redhot, 4**oz**.; wax, 4**oz**. **Oz**.; (2) Suppositoria Morphinae, made with a basis of oil of theobroma, strength 4 gr.- Hence P is equivalent to three forces P1, Pm, Pu acting Ff0- 5 along Ox, Oy,
**Oz**, respectively, ~ where 1, m, n, are the direction- ratios of OH. - 36, if OA, OB, OC be three mutually perpendicular lines in the solid, we may denote by O the angle which OC makes with a fixed direction
**OZ**, by ~ the azimuth of the plane ZOC measured from some fixed plane through**OZ**, and by f~ the inclination of the plane COA to the plane ZOC In fig. - X1 in KH forms a couple about
**Oz**, of moment F10.44. - Dealing in the same way with the forces Yi, Zi at P1, we find that all three components of the force at P1 can be transferred to 0, provided we introduce three couples L1, Mi, Ni about Ox, Oy,
**Oz**respectively, viz. - Take rectangular axes, of which
**Oz**coincides with the axis of rotation. - The angular velocity being constant, the effective force on a particle m at a distance r from
**Oz**is snw2r toward& this axis, and its components are accordingly w2mx, wfmy, 0. - ~8, which shows the various cases,
**OZ**is the FIG. - If a be the semi-angle of the rolling cone, ~ the constant inclination of OC to
**OZ**, and ~ the angular velocity with which the plane ZOC revolves about**OZ**, then, considering the velocity of a point in OC at unit distance from 0, we have wsina=d~~sinfi, (3) - Again, the components of angular momentum about OC, OA are Cn,A sin 0~, and therefore the angular momentum (u, say) about
**OZ**is pA sini 0 ~+Cn cosU. - 83
**OZ**is supposed to be vertical, and OC is the axis of the solid drawn in the direction 0G. - In the case of the top, the equation of energy and the condition of constant angular momentum (~l) about the vertical
**OZ**are sufficient to determine the motion of the axis. - Now consider a system of fixed axes Ox, Oy,
**Oz**chosen so as to coincide at the instant I with the moving system Ox, Oy, Os. - If we now apply them to the case of a rigid body moving about a fixed point 0, and make Ox, Oy,
**Oz**coincide with the principal axes of inertia at 0, we have X, u, v=Ap, Bq, Cr, whence A (B C) qr = L, - J To prove these, we may take fixed axes Ox, Oy,
**Oz**coincident with the moving axes at time t, and compare the linear and angular momenta E+E, ~ ~ ?~+~X, u+u, v+~v relative to the new position of the axes, Ox, Oy,**Oz**at time t+t with the original momenta ~, ~ ~, A, j~i, v relative to Ox, Oy,**Oz**at time t. - Let r be the distance of a point P from a fixed origin 0, 0 the angle which OP makes with a fixed direction
**OZ**, il the azimuth of the plane ZOP relative to some fixed plane through**OZ**. - In the case of the spherical pendulum we have r=l, e= mgi sin 0, s=o, if
**OZ**be drawn vertically downwards, and therefore sin 0 cos Ol1 ~ sin 0, ~- (23) - The latter equation expresses that the angular momentum mP sing O~t about the vertical
**OZ**is constant. - The meaning of these quantities is easily recognized; thus X is the angular momentum about a horizontal axis normal to the plane of 0, u is the angular momentum about the vertical
**OZ**, and s is the angular momentum about the axis of symmetry.. - Yes, my dear; I am
**Oz**, the Great and Terrible. - "It's better," replied
**Oz**, promptly. - "The Wizard of
**Oz**has always been a humbug," agreed Dorothy. - She's a friend of mine, for I met her in the Land of Ev, not long ago, and went to
**Oz**with her. - Yes. The first time I went to
**Oz**I found you there, ruling the Emerald City. - You'll just love the folks in
**Oz**, when you get acquainted. - Why, it's
**Oz**, the Wonderful Wizard, come back again! - His fame had not been forgotten in the Land of
**Oz**, by any means. - Please tell me, Mr. Wizard, whether you called yourself
**Oz**after this great country, or whether you believe my country is called**Oz**after you. - "That is quite a history," said
**Ozma**; "but there is a little more history about the Land of**Oz**that you do not seem to understand--perhaps for the reason that no one ever told it you. - "
**Oz**can do some good tricks, humbug or no humbug," announced Zeb, who was now feeling more at ease. - I'm very certain,
**Oz**, that you gave me the best brains in the world, for I can think with them day and night, when all other brains are fast asleep. - I won't have any quarrelling in the Land of
**Oz**, I can tell you! - I know I'm not much account; but I'm the only horse in all the Land of
**Oz**, so they treat me with great respect. - Just then the girlish Ruler of
**Oz**opened the door and greeted Dorothy with a good-morning kiss. - First came the Imperial Cornet Band of
**Oz**, dressed in emerald velvet uniforms with slashes of pea-green satin and buttons of immense cut emeralds. - They played the National air called "The
**Oz**Spangled Banner," and behind them were the standard bearers with the Royal flag. - The colors represented the four countries of
**Oz**, and the green star the Emerald City. - They wore white uniforms with real diamond buttons and played "What is
**Oz**without**Ozma**" very sweetly. - The brilliantly polished Tin Woodman marched next, at the head of the Royal Army of
**Oz**which consisted of twenty-eight officers, from Generals down to Captains. - Dorothy was herself anxious to get home, so she promised Eureka they would not stay in the Land of
**Oz**much longer.