900,000 or nine hundred thousand
<h3>Further explanation</h3>Problem: given 913,256.
Question: what is the value of the digit 9.
This is a problem with place value.
Let's set the place values from 913,256 consecutively as follows.
Let us say in word form: nine hundred thirteen thousand two hundred fifty-six.
Hence, the value of the digit 9 in the numbers 913,256 is 900,000 or nine hundred thousand.
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What is the value of the digit 1 in the numbers 913,256? The answer is 10,000 or ten thousand.
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<u>Notes:</u>
Just as a reminder, the digits in large numbers are in groups of three places, i.e.,
The groups are called periods, i.e.,
Commas are typically used to separate the periods.
<h3>Learn more</h3>Keywords: what is the value of the digit 9 in the numbers 913,256, the units period, a large number, standard form, millions, thousands, hundreds, tens, ones, the place value, nine, thirteen, two, fifty-six, number form
Answer:
The function will be: f(n) = 2n
Step-by-step explanation:
An arithmetic sequence is a sequence where the common difference between consecutive terms is same
The sequence according to given information is:
2,4,6...
Here
a_1 = 2
a_2 = 4
a_3 = 6
the common difference will be:
The arithmetic sequence is given by:
Putting the values
Hence,
The function will be: f(n) = 2n
First, let's use the Distributive Property to make our equation easier to solve. Remember that the Distributive Property says the following:
Using this, we can multiply the 7 out to the and 3. This gives us:
Now, let's solve for :
We can see that there is one solution for this equation because is equal to one definite value after solving. Thus, our answer is A, one solution.