Mathematics for Practical Men: Being a Common-place Book of Principles, Theorems, Rules, and Tables, in Various Departments of Pure and Mixed Mathematics, with Their Application; Especially to the Pursuits of Surveyors, Architects, Mechanics, and Civil EngineersE. L. Carey and A. Hart, 1834 - 427 sider |
Inni boken
Resultat 1-5 av 100
Side v
... draw up an Essay on the principles and applications of the mechanical sciences , for the use of the younger members of the Institution of Civil Engineers . The eminent individuals who are deservedly regarded as the main pillars of that ...
... draw up an Essay on the principles and applications of the mechanical sciences , for the use of the younger members of the Institution of Civil Engineers . The eminent individuals who are deservedly regarded as the main pillars of that ...
Side 10
... Draw a curved line both on the right and left of the dividend , and place the divisor on the left . Find the number of times the divisor is contained in as many of the left hand figures of the dividend as are just necessary , and place ...
... Draw a curved line both on the right and left of the dividend , and place the divisor on the left . Find the number of times the divisor is contained in as many of the left hand figures of the dividend as are just necessary , and place ...
Side 19
... DRAWING - PAPER Wove antique 4 ft . 4 x 2 ft . 7 Double elephant 3 ft . 4 x 2 ft . 2 Atlas 2 ft . 9 × 2 ft . 2 Columbier Elephant Imperial 2 ft . 93 x 1 ft . 11 2 ft . 3 x 1 ft . 101 2 ft . 5 X ft . 94 Super - royal 2 ft . 3 x 1 ft . 7 ...
... DRAWING - PAPER Wove antique 4 ft . 4 x 2 ft . 7 Double elephant 3 ft . 4 x 2 ft . 2 Atlas 2 ft . 9 × 2 ft . 2 Columbier Elephant Imperial 2 ft . 93 x 1 ft . 11 2 ft . 3 x 1 ft . 101 2 ft . 5 X ft . 94 Super - royal 2 ft . 3 x 1 ft . 7 ...
Side 105
... drawn coincide . 14. A solid is a magnitude extended every way , or which has length , breadth , and depth , The terms or extremes of a solid are surfaces . 15. The square of a right line is the space included by four . right lines ...
... drawn coincide . 14. A solid is a magnitude extended every way , or which has length , breadth , and depth , The terms or extremes of a solid are surfaces . 15. The square of a right line is the space included by four . right lines ...
Side 107
... drawn from the opposite angle called the vertex ; the two sides , proceeding from the vertex , are called the legs . Prop . 1. In any triangle A B C , if one side в c be produced or drawn out ; the external an- gle A C D will be equal ...
... drawn from the opposite angle called the vertex ; the two sides , proceeding from the vertex , are called the legs . Prop . 1. In any triangle A B C , if one side в c be produced or drawn out ; the external an- gle A C D will be equal ...
Andre utgaver - Vis alle
Mathematics for Practical Men: Being a Commonplace Book of Principles ... Olinthus Gregory Uten tilgangsbegrensning - 1825 |
Mathematics for Practical Men: Being a Common-place Book of Principles ... Olinthus Gregory Uten tilgangsbegrensning - 1834 |
Vanlige uttrykk og setninger
arch avoirdupois axis axle balance balance spring base body boiler bridge canal catenary centre of gravity circle circumference column cord cosec cosine cube cubic cubic foot curve cycloid cylinder described diameter direction distance ditto divided draw drawn elastic force ellipse engine equal equation feet figure fluid foot fraction frustrum given Hence horizontal horse hyperbola inches isometrical length lever logarithms London Bridge means measure motion move multiply nearly parabola parallel parallelogram pendulum perpendicular pipe piston placed plane pounds pressure proportion pulley pump quantity radius ratio rhombus right angles right line root ruler sails secant side sine solid specific gravity square steam Suppose surface tangent tion triangle tube valve velocity vertex vertical vessel vibration Vulgar Fractions weight wheel whole
Populære avsnitt
Side 10 - Yard, when compared with a Pendulum vibrating Seconds of Mean Time in the Latitude of London in a Vacuum at the Level of the Sea is in the proportion of Thirty-Six Inches to Thirty-Nine Inches and one thousand three hundred and ninety-three ten-thousandth Parts of an Inch...
Side 11 - Mile {1 Degree of a Great Circle of the Earth An Inch is the smallest lineal measure to which a name is given, but subdivisions are used for many purposes. Among mechanics the Inch is commonly divided into eighths. By the officers of the revenue, and by scientific persons, it is divided into tenths, hundredths, &c.
Side 14 - MEASURE OF TIME. 60 Seconds = 1 Minute 60 Minutes = 1 Hour 24 Hours = 1 Day 7 Days = 1 Week 28 Days = I Lunar Month 28, 29, 30, or 31 Days = 1 Calendar Month 12 Calendar Months...
Side 41 - The mean proportional between two numbers is equal to the square root of their product.
Side 42 - That is, in any proportion, either extreme is equal to the product of the means divided by the other extreme; and either mean is equal to the product of the extremes divided by the other mean.
Side 60 - To divide a polynomial by a monomial, divide each term of the polynomial by the monomial: (Sab — 12ac) -i- 4a = 36 — 3c.
Side 21 - Operations with Fractions A) To change a mixed number to an improper fraction, simply multiply the whole number by the denominator of the fraction and add the numerator.
Side 249 - ... the rod, so as to occasion the clock to go fast with heat, some mercury must be taken out of the vessel, so as to shorten the column. And thus may the expansion and contraction of the quicksilver in the glass be made exactly to balance the expansion and contraction of the pendulum rod, so as to preserve the distance of the centre of oscillation from the point of suspension invariably the same.
Side 14 - CIRCLE. 60 Seconds = 1 Minute. 60 Minutes = 1 Degree. 30 Degrees = 1 Sign. 90 Degrees = 1 Quadrant. 360 Degrees, or 12 Signs = 1 Circumference. Formerly the subdivisions were carried on by sixties ; thus, the second was divided into 60 thirds, the third into 60 fourths, &c.
Side 42 - In a series of equal ratios, the sum of the antecedents is to the sum of the consequents as any antecedent is to its consequent.