 The number of terms is greater by 1 than the exponent of the binomial. 2. The exponent of a in the first term is the same as the exponent of the binomial, and decreases by 1 in each succeeding term.  Elements of Algebra - Page 167by Arthur Schultze - 1918 - 309 pagesFull view - About this book
 | Warren Colburn - Algebra - 1825 - 400 pages
...every power a is found in every term except the last, and x is found in every term except the first. The exponent of a in the first term is the same as the expolent of the power to which the binomial is raised, and t diminishes by one in each succeeding term.... | |
 | Science - 1825 - 630 pages
...every power a is found in every term except the last, and x is found in every term except the first The exponent of a in the first term is the same as the exponent of the power to which the binomial is raised, and it diminishes by one in each succeeding term. The exponent... | |
 | Warren Colburn - Algebra - 1826 - 290 pages
...every power a is found in every term except the last, and x is found in every term except the first. The exponent of a in the first term is the same as the exponent of the power to which the binomial is raised, and it diminishes by one in each succeeding term. The exponent... | |
 | Warren Colburn - Algebra - 1829 - 284 pages
...every power a is found in every term except the last, and x is f mnd in every term except the iir.>t. The exponent of a in the first term is the same as the exponent of the power to which the binomial is raised, and it diminishes by one in each succeed ng term. Tho exponent... | |
 | Warren Colburn - Algebra - 1844 - 280 pages
...every power a is found in every term except the last, and x is found in every term except the first. The exponent of a in the first term is the same as the exponent of the power to which the binomial is raised, and it diminishes by one in each succeeding term. The exponent... | |
 | Warren Colburn - Algebra - 1844 - 280 pages
...in every term except the last, and x is found in every term except the first. The exponent of •« in the first term is the same as the exponent of the power to which the binomial is raised, and it diminishes by one in each succeeding term. The exponent... | |
 | Benjamin Greenleaf - 1863 - 338 pages
...each term is 5, or the same as the exponent of the power. Hence, The exponent of the leading letter in the first term is the same as the exponent of the power, and decreases by one in each successive term to the right. The exponent of the following letter... | |
 | Isaac Todhunter - Algebra - 1870 - 626 pages
...right-hand side is one more than the number of the binomial factors which are multiplied together. II. The exponent of a; in the first term is the same as the number of binomial factors, and in the succeeding terms each exponent is less than that of the preceding... | |
 | Mathematics - 1874 - 430 pages
...right hand side is greater by one than the exponent of (x + a] on the left hand. II. The exponent of x in the first term is the same as the exponent of the power to which (x -\- a) is raised, and in each succeeding term the exponent of x is less by unity... | |
 | Electronic journals - 1874 - 490 pages
...right hand side is greater by one than the exponent of (.v + a) on the left hand. II. The exponent of x in the first term is the same as the exponent of the power to which (.v -f- a) is raised, and in each succeeding term the exponent of л- is less by unity... | |
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