The Young Geometrician's Companion: Being A New and Comprehensive Course of Practical Geometry ... Containing. An easy introduction to decimal arithmetic .... Such definitions, axioms, problems, theorems, and characters, as necessarily lead to the knowledge of this science. Planometry, or the mensuration of superficies. Stereometry, ot he mensuration of solids. The sections of a cone .... The Platonic bodies ... To which is added a collection of problems shewing that lines and angles may be divided in infinitum; that superficies and solids may be so cut as to appear considerably augmented; and, that the famous problem of Archimedes, of moving the earth, is capable of an easy and accurate demonstration, Volum 6S. Crowder, 1787 - 240 sider |
Inni boken
Resultat 1-5 av 84
Side 8
... multiply Decimals by 10 , 100 , 1000 , & c . only re- move the Point as many Places further towards the Right Hand as there are Cyphers in the Multiplier . So .943 multiplied by to is If multiplied by 100 it is And if multiplied by 1000 ...
... multiply Decimals by 10 , 100 , 1000 , & c . only re- move the Point as many Places further towards the Right Hand as there are Cyphers in the Multiplier . So .943 multiplied by to is If multiplied by 100 it is And if multiplied by 1000 ...
Side 16
... multiplying the Decimal by the Number of Parts in the Integer ; remembering to cut off as many Figures in the Product , as there are Places cut off in the Decimal given . Then multiply those Figures cut off , by the Number of Parts ...
... multiplying the Decimal by the Number of Parts in the Integer ; remembering to cut off as many Figures in the Product , as there are Places cut off in the Decimal given . Then multiply those Figures cut off , by the Number of Parts ...
Side 23
... 96 90 84 60 60 ( ) Answer I Hour and 875 thousandth Parts of another , which reduced by multiplying it by 60 , gives 1 Hour and 52 Minutes and an Half exactly . Example 6 Two Men , A and B , are The RULE of THREE in DECIMALS . 23.
... 96 90 84 60 60 ( ) Answer I Hour and 875 thousandth Parts of another , which reduced by multiplying it by 60 , gives 1 Hour and 52 Minutes and an Half exactly . Example 6 Two Men , A and B , are The RULE of THREE in DECIMALS . 23.
Side 27
... multiplied by itself , the Product shall be equal to the given Number . Thus , suppose 9 the given Number ; then will the Root of it be 3 ; be- cause 3 multiplied by 3 will be equal to 9 , the given Number . And this may be ...
... multiplied by itself , the Product shall be equal to the given Number . Thus , suppose 9 the given Number ; then will the Root of it be 3 ; be- cause 3 multiplied by 3 will be equal to 9 , the given Number . And this may be ...
Side 28
... Multiply this increased Divisor , by the Figure last put in the Quotient , set the Product under the Dividend , and fubtract it therefrom . Lastly , to this Remainder bring down another Period for a new Dividend ; then , double all the ...
... Multiply this increased Divisor , by the Figure last put in the Quotient , set the Product under the Dividend , and fubtract it therefrom . Lastly , to this Remainder bring down another Period for a new Dividend ; then , double all the ...
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Vanlige uttrykk og setninger
12 Inches acroſs alſo Anſwer Axis Bafe Baſe Baſe A B becauſe Breadth called Caſk Center Chord Circle Circum Circumference Compaſſes Cone conſequently Conſtruction Crample Cube Root Cyphers deſcribe the Arch Dimenſions Diſtance divide Dividend Divifor draw the Line Ellipsis Example fame Feet Figure find the Area find the Solidity Firſt Fruftum fubtract Geometrical give the Solidity given Number half Hexaëdron Hyperbola Icofaëdron Inches interſecting itſelf Lastly Latus Rectum leſs Let ABCD Line A B Line given Magic Squares Mean Proportional meaſure Middle multiplied muſt Operation Parabola Parallelogram Platonic Solids Point Problem Pyramid Quotient Reſolvend Rhombus Right Angle Right Line Rule ſame Segment ſet one Foot ſeveral ſhould ſmall Solid Content Solidity required ſome Spheroid ſquare Square Root ſtanding Stereometry ſuch Superficial Content Suppoſe Theorem theſe thoſe Tranſverſe Diameter Trapezium Triangle Uſe Vertex Vulgar Fraction whole Number whoſe whoſe Baſe whoſe Sides
Populære avsnitt
Side 95 - To divide a given straight line into two parts, so that the rectangle contained by the whole, and one of the parts, shall be equal to the square of the other part. Let AB be the given straight line; it is required to divide it into two parts, so that the rectangle contained by the whole, and one of the parts, shall be equal to thcsquare of the other part.
Side 181 - Rule: To twice the square of the middle diameter, add the square of the diameter of...
Side 33 - Multiply the two given numbers together, and extract the square root of the product, which root will be the mean proportional sought. EXAMPLES. (1) What is the mean proportional between 4 and 9 ? (2) What is the mean proportional between 16 and 36?
Side 149 - For the surface of a segment or frustum, multiply the whole circumference of the sphere by the height of the part required.
Side 120 - As 7 is to 22, so is the diameter to the circumference. Or as 113 is to 355, so is the diameter to the circumference. • Or as 1 is to 3.1416, so is the diameter to the circumferenc".
Side 138 - This error, though it. is b«! small, when the depth and breadth are pretty near equal, yet if the difference...
Side 175 - To find the solidity of a spheroid. — Multiply the square of the revolving axe by the fixed axe, and this product again by -5236, and it will give the solidity required.
Side 213 - DF'E. Hence the entire area of the (!i GP cycloid is equal to three times the area of the generating circle.
Side 133 - To find the side of a square equal in area to any given superfices.
Side 28 - Divifion, write the anfwer in the Quotient, and alfo on the right hand of the Divifor...