## Centimetre Sentence Examples

- Thus a= 2.54 cros., or one inch very nearly.] Tables Of Surface-Tension In the following tables the units of length, mass and time are the
**centimetre**, the gramme and the second, and the unit of force is that which if it acted on one gramme for one second would communicate to it a velocity of one**centimetre**per second: - Table of Surface-Tension at 20° C. (Quincke). - In.," or 14,000 grms. per square
**centimetre**, and a similar view prevailed among high authorities more than twenty years later. - System a subdivision of the latter, viz, the gramme, is adopted, and is associated with the
**centimetre**as the unit of length, and the mean solar second as the unit of time. - We shall regard the external force as applied in the form of a pressure X per square
**centimetre**parallel to the line of propagation and varied from point to point as required in order to make the disturbance travel on unchanged in form with the specified velocity U. - System they are the gramme,
**centimetre**and second. - The kinetic energy per cubic
**centimetre**is 2 pu t, where is the density and u is the velocity of disturbance due to the passage of the wave. - System it is that force which acting on one gramme for one second produces a velocity of one
**centimetre**per second; this unit is known as the dyne. - Working with two different specimens, he found that the hysteresis loss in ergs per cubic
**centimetre**(W) was fairly represented by o 00125B 1 6 and o o0101B 1 ' 6 respectively, the maximum induction ranging from about 300 to 3000. - In many experiments, however, different inductions and frequencies are employed, and the hysteresis-loss is often expressed as ergs per cubic
**centimetre**per cycle and sometimes as horse-power per ton. - Therefore the momentum entering through a square
**centimetre**at B per second is equal to the momentum leaving through a square**centimetre**at A. - The number of oxygen molecules per cubic
**centimetre**determines the width of the oxygen lines, though nitrogen molecules may be mixed with them without materially affecting the appearance. - Hence his measurements are all directly comparable with modern electrostatic measurements in which the unit of capacity is that of a sphere r
**centimetre**in radius. - The closed figure a c d e a is variously called a hysteresis curve or diagram or loop. The area f HdB enclosed by it represents the work done in carrying a cubic
**centimetre**of the iron through the corresponding magnetic cycle; expressed in ergs this work is I HdB. - According to modern measurements the solar radiation imparts almost 3 grammecalories of energy per minute per square
**centimetre**at the distance of the earth, which is about Iï¿½3 X io s ergs per sec. per cm. - Hence the force required to drive one gramme-molecule of sugar through water with a velocity of one
**centimetre**per second may be calculated as some thousands of millions of kilogrammes weight. - In one experiment the jet issued horizontally from an orifice of about half a
**centimetre**in diameter, and almost immediately assumed a rippled outline. - That is, if an amount jIo is absorbed in the first
**centimetre**, jI 1 is absorbed in the second, and so on. **Centimetre**, exposed perpendicularly to the sun's rays, would receive sufficient energy per minute to raise 2.54 grams of water I ° C. Langley's general determination of the constant was greater than this-3 o to 3.5 calories; more recently C. G.- A standard sodium hydrate solution can be prepared by dissolving 42 grammes of sodium hydrate, making up to a litre, and diluting until one cubic
**centimetre**is exactly equivalent to one cubic**centimetre**of the sulphuric acid. - Thus, if d= 1, q -1 -= -115; or for a diameter of one
**centimetre**the disturbance is multiplied 2.7 times in about one-ninth of a second. - The gramme was intended to be equal to the weight of a cubic
**centimetre**of pure water at a certain temperature, but the equality is only approximate. - Taking the
**centimetre**, gramme and second as our fundamental units, the most convenient unit of force is that which, acting on a gramme for a second, produces in it a velocity of a**centimetre**per second; this is called a Dyne. - The unit of work is that which is required to overcome a resistance of a dyne over a
**centimetre**, and is called an Erg. - The magnetic flux per square
**centimetre**at any point (B, B, or 0) is briefly called the induction, or, especially by electrical engineers, the flux-density. - In the case supposed therefore the total force per square
**centimetre**is H2 F =2712-f-HI+B ?r (4 7r I +H)2 8?r B2 =87r. - He made use of the expression F =Wg=27r12+HI, where W is the weight in grammes per square
**centimetre**of sectional area, and g is the intensity of gravity which was taken as. - Hence the work done on the air is (P-+zw)v, and the work done per cubic
**centimetre**is (P+Zw)v/V. - This acceleration is denoted by g; its value at Greenwich is about 981
**centimetre-second**units, or 322 feet per second. - In the case of diphtheria the antitoxic power of the serum may reach Boo units per cubic
**centimetre**, or even more. - We have then 11=Io(1 j) I =I 1(1j) =Io(1 j)2 1 3 =1 2 (1 - j) =Io(11)3 and so on, so that if I is the intensity after passing through a thickness t in
I = Io(1 We might call j, which is the proportion absorbed in one**centimetres****centimetre**, the "coefficient of absorption" of the medium. - The organ figured is one of the catkins (about a
**centimetre**in length) which were borne laterally on the spike.