 | Edward Brooks - 1888 - 190 páginas
...members of an equation. 3. Both members of an equation may be multiplied by the same or equal quantities. 4. Both members of an equation may be divided by the same or equal quantities. 5. Both members of an equation may be raised to the same power. 6. Both members... | |
 | Edward Brooks - 1888 - 344 páginas
...members of an equation. 3. Bath members of an equation may be multiplied by ike same or equal quantities. 4. Both members of an equation may be divided by the same or equal quantities. 5. Both members of an equation may be raised to the same power. 6. Both members... | |
 | Webster Wells - 1908 - 262 páginas
...an equation may be multiplied by the same number, or equal numbers, without destroying the equality. 4. Both members of an equation may be divided by the same number, or equal numbers, without destroying the equality. 77. Transposing Terms. — Consider the equation... | |
 | Webster Wells - 1908 - 456 páginas
...an equation may be multiplied by the same number, or equal numbers, without destroying the equality. 4. Both members of an equation may be divided by the same number, or equal numbers, without destroying the equality. 77. Transposing Terms. — Consider the equation... | |
 | Webster Wells, Walter Wilson Hart - 1912 - 344 páginas
...equal numbers, the quotients are equal. This fact is used in algebra in the following form : Rule. — Both members of an equation may be divided by the same number without destroying the equality. i EXAMPLE. Solve the equation : 36 k = 468. SOLUTION: 1. Since k is fa of 36 k, divide both members... | |
 | Webster Wells, Walter Wilson Hart - 1912 - 344 páginas
...quotients are equal. This fact is used in algebra in the following form : Rule. — Both riiembers of an equation may be divided by the same number without destroying the equality. EXAMPLE. Solve the equation : 36 k = 468. SOLUTION: 1. Since k is j'j of 36 k, divide both members... | |
 | James Charles Byrnes, Julia Richman, John Storm Roberts - 1913 - 468 páginas
...may be MULTIPLIED by the same number without affecting the equality. Fourth Principle of the Equation Both members of an equation may be DIVIDED by the same number without affecting the equality. EXERCISES 407. Solve each equation. (Prove those marked *.) = 10. 10. z-2 =... | |
 | James Charles Byrnes, Julia Richman, John Storm Roberts - 1913 - 552 páginas
...may be MULTIPLIED by the same number without affecting the equality. Fourth Principle of the Equation Both members of an equation may be DIVIDED by the same number without affecting the equality. EXERCISES 207. Solve each equation. (Prove those marked *.) *i. x + 5 = 10... | |
 | Charles Gerard White, Pitt Payson Colgrove - 1916 - 368 páginas
...(3) Both members of an equation may be multiplied by the same number without destroying its equality. (4) Both members of an equation may be divided by the same number without destroying its equality. 179. In the equation, x + 8 = 11, point out the lefthand member, the right-hand member,... | |
 | Samuel Hamilton - 1917 - 410 páginas
...equality. Both members of an equation may be multiplied by the same number without destroying the equality. Both members of an equation may be divided by the same number without destroying the equality. Knowing these facts and employing letters to represent quantities whose value is unknown, you can,... | |
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Both members of an equation may be multiplied by the same number without destroying the equality. 
