What people are saying - Write a review
We haven't found any reviews in the usual places.
Other editions - View all
An Algebraic Arithmetic: Being an Exposition of the Theory and Practice of ...
Silas Ellsworth Coleman
No preview available - 2015
algebraic altitude amount angle annual arithmetic base bought build called cent circle commission common compound contains corresponding cost cube debt denote diameter difference dimensions discount divided duty equal equation EXAMPLES EXERCISE expressed factors field figure Find follows formula four fraction gain given gives height Hence holds interest invest length less letters lines loss means merchant method month multiplier obtain operations paid payable payment percentage polygon pound principal problem proceeds profit proportion Prove pyramid quantity ratio received relation remainder result rule School sell separated sides similar simple sold solid solution Solve sphere square square root subtract surface taken triangle true twice units volume whole wide worth
Page 62 - Thirty days hath September, April, June, and November ; All the rest have thirty-one, Except the second month alone, Which has but twenty-eight, in fine, Till leap year gives it twenty-nine.
Page 121 - A B A triangle with a right angle is called a right triangle. The side opposite the right angle in a right triangle is called the hypotenuse of the right triangle.
Page 104 - ... the square of the second. Illustrate by a numerical example. SUQ. Denote the two numbers by a and 5. 37. Prove that the square of the sum of any two numbers equals the square of the first number, plus twice the product of the two numbers, plus the square of the second number.
Page 81 - THE UNITED STATES RULE. Find the amount of the principal to the time when the payment, or the sum of the payments, equals or exceeds the interest due.
Page 123 - A room is 20 ft. long, 16 ft. wide, and 12 ft high. What is the distance from one of the lower corners to the opposite upper corner?
Page 24 - In the multiplication of whole numbers, place the multiplier under the multiplicand, and multiply each term of the multiplicand by each term of the multiplier, writing the right-hand figure of each product obtained under the term of the multiplier which produces it.