If you round 25,730 to the nearest thousand, you should look at the digit directly before the thousands digit, which, in this case, is 7. In mathematics, if the digit is equal to or greater than 5, you should round upwards. Since 7 is greater than 5, the answer to this problem is 26,000.
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Answer: it is a linear line
Step-by-step explanation:
They both together make 0
Step-by-step explanation:
Expanded notation may be defined as the way of expressing a number by exhibiting its value of each of the digit.
In an expanded notation, the number is always represented as a summation of each of the digit times its place value, while in the expanded form, an addition is used between the place value numbers.
A number containing zero can be written in the expanded form as for example,
509,300
Since digit 5 is 100,000th place, 9 is in 1,000th place and the digit 3 is 100th place, the number can be written as --
5 x 100,000 + 9 x 1,000 + 3 x 100
For this case we must find the product of the following expressions:
\frac {3x} {x + 1} * \frac {x} {x-7}
So:
\frac {3x ^ 2} {x ^ 2-7x + x-7} =\\\frac {3x ^ 2} {x ^ 2-6x-7}
So, we have to:
\frac {3x} {x + 1} * \frac {x} {x-7} = \frac {3x ^ 2} {x ^ 2-6x-7}
Answer:
\frac {3x ^ 2} {x ^ 2-6x-7}
Step-by-step explanation:
Salutations!
value of
Multiply 10 and 3
Now, you can solve the equation --
separate the variables aside, and the numbers aside.
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Have a great day!
