The expression ( 6 \times (10 + 12) ) can be simplified by first adding the numbers inside the parentheses: ( 10 + 12 = 22 ). Therefore, the equivalent expression is ( 6 \times 22 ). If you want to compute it, ( 6 \times 22 = 132 ).
12 - 10 + 4 = 6
Yes, the expression (3y - 6 - 6) simplifies to (3y - 12), which is not equivalent to (3y). Therefore, (3y - 6 - 6) is not equivalent to (3y).
10/12 = 5/6
12/10 = 6/5
The expression "12 minus 6 divide 3" simplifies to "12 - (6 ÷ 3)". The division 6 ÷ 3 equals 2, so the expression simplifies further to "12 - 2". Finally, the subtraction 12 - 2 equals 10. Therefore, the answer to 12 minus 6 divide 3 is 10.
12 - 10 + 4 = 6
It multiplies out as -2a -12
Yes, the expression (3y - 6 - 6) simplifies to (3y - 12), which is not equivalent to (3y). Therefore, (3y - 6 - 6) is not equivalent to (3y).
12 to 10
10/12 = 5/6
12/10 = 6/5
The expression "12 minus 6 divide 3" simplifies to "12 - (6 ÷ 3)". The division 6 ÷ 3 equals 2, so the expression simplifies further to "12 - 2". Finally, the subtraction 12 - 2 equals 10. Therefore, the answer to 12 minus 6 divide 3 is 10.
Because both 10 and 12 will divide exactly by 2. Therefore the equivalent to 10/12 is 5/6
No. 6/8 = 0.75, 10/12= 0.83
The equivalent radical expression for the exponential expression ( 7^{12} ) can be written as ( (7^6)^2 ), since ( 12 = 2 \times 6 ). Alternatively, it can also be expressed as ( \sqrt{7^{24}} ) since ( 12 ) can be represented as ( 24/2 ). Thus, ( 7^{12} ) can be expressed in radical form as ( \sqrt[2]{7^{24}} ).
6 (3+10)
A ratio is equivalent to 12 to 10 when both numbers can be divided by the same factor to simplify the ratio. In this case, both 12 and 10 can be divided by 2 to get 6 and 5 respectively. Therefore, the equivalent ratio to 12 to 10 is 6 to 5. This means that for every 6 of one quantity, there are 5 of the other quantity.