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Forty-five thousand one.
The answer above is incorrect.
In numbers it would be:
40,000 + 5,000 + 1 = 45,001
In words it is:
forty thousand + five thousand + one = 45,001 [or] Forty - five thousand and one
or for advanced it would be:
forty thousand plus five thousand plus one equals forty five thousand and one.
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What is the expanded form of 2m -n?
2m-n cannot be expanded.
How do you write thirteen and four tenths in expanded form?
T h i r t e e n a n d f o u r t e n t h s
What is the word and expanded form of 3.8?
3.8 in words = three a nd 8 te nts 3.8 i n expa nded form = 3 + 0.8
What is the Expanded form for 0.948?
0.948 = (0 x 1) + (9/10) + (4/100) + (8/1000)
How do you write 0.312 n word form?
Three hundred twelve thousandths
What is the expanded form of 2m -n?
2m-n cannot be expanded.
How do you write thirteen and four tenths in expanded form?
T h i r t e e n a n d f o u r t e n t h s
How do you Write 810 in simplest form and then write another equivalent fraction for 810?
810 is an integer and so it is in its simplest form. An equivalent fraction is any number of the form (810*n)/n where n is a non-zero integer.
How do you do 0.82 in expanded form?
0.82 = (0 x 1) + (8/10) + (2/100)
What is the expanded form of (na)b and how does it relate to nb?
The expanded form of (na)b is nb bn(b-1)a (b(b-1)/2)n(b-2)a2 ... ab. This expression shows how raising n to the power of b is affected by adding a. It includes terms that account for the interaction between n and a, which are not present in the simple nb expression.
What is the abbreviation for Nike?
There isn't a commonly used expanded form of Nike.
What is the word and expanded form of 3.8?
3.8 in words = three a nd 8 te nts 3.8 i n expa nded form = 3 + 0.8
How do you write 0.023 n word form?
Twenty-three thousandths.
What is the Expanded form for 0.948?
0.948 = (0 x 1) + (9/10) + (4/100) + (8/1000)
How do you write 200 billion in standard form?
200 billion i n sta ndard form = 200,000,000,000
Write in roster form Set N is the set of natural numbers between two and nine?
N={3,4,5,6,7,8}
Can you express every odd prime number as the difference of two square numbers?
All odd numbers are in the form of (2n + 1) form some integer n. (2n + 1) can be expanded into (n+1)^2 + n^2, which is the difference of two squares.
