To write the expression for "ten times the result of eleven minus two," you first calculate eleven minus two, which equals nine. Then, you multiply that result by ten. The final expression can be written as: ( 10 \times (11 - 2) ) or simply ( 10 \times 9 ).
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The algebraic expression for the phrase "−2 times the quantity q minus 3" can be written as (-2(q - 3)). This expression indicates that you first subtract 3 from (q) and then multiply the entire result by -2.
The variable expression 11x can be described as "eleven times a variable x." It represents a quantity that is eleven times the value of the variable x.
To write the expression "4 times the difference of 10 and 8 minus 3," you start by calculating the difference of 10 and 8, which is (10 - 8). Then, you multiply that difference by 4, giving you (4 \times (10 - 8)). Finally, you subtract 3 from that result, resulting in the expression (4 \times (10 - 8) - 3).
To simplify the expression (10a - 2a \times 3), first, calculate (2a \times 3), which equals (6a). Then, substitute this back into the expression: (10a - 6a). This simplifies to (4a). Therefore, the final result is (4a).
10(11-2)
To write the expression "negative ten times the quantity two minus eleven" in numbers, you would first simplify the expression within the parentheses. Two minus eleven equals negative nine. Then, you multiply negative ten by negative nine to get positive ninety. Therefore, the expression "negative ten times the quantity two minus eleven" can be written as -10 * (2 - 11) = 90.
(3)(q-11) = 3q-33
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The algebraic expression for the phrase "−2 times the quantity q minus 3" can be written as (-2(q - 3)). This expression indicates that you first subtract 3 from (q) and then multiply the entire result by -2.
The variable expression 11x can be described as "eleven times a variable x." It represents a quantity that is eleven times the value of the variable x.
To write the expression "4 times the difference of 10 and 8 minus 3," you start by calculating the difference of 10 and 8, which is (10 - 8). Then, you multiply that difference by 4, giving you (4 \times (10 - 8)). Finally, you subtract 3 from that result, resulting in the expression (4 \times (10 - 8) - 3).
To simplify the expression (10a - 2a \times 3), first, calculate (2a \times 3), which equals (6a). Then, substitute this back into the expression: (10a - 6a). This simplifies to (4a). Therefore, the final result is (4a).
The expression "three times some number plus eleven" can be written as 3x + 11, where x represents the unknown number. This expression denotes multiplying the unknown number by three and then adding eleven to the result. It is a linear expression in algebra and can be simplified further depending on the context or problem it is being used in.
3 x 11 -1 = 32.
8 times the quantity d minus 3 can be expressed mathematically as ( 8(d - 3) ). This means you first subtract 3 from d and then multiply the result by 8. The final expression is ( 8d - 24 ).
5n + 11