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What does a line over the roman numeral mean?

It indicates multiplication by a thousand


Does the word quotient indicate addition subtraction division or multiplication?

It indicates Division


What is 5 of 40-?

Of usually indicates multiplication. 5 of 40 is 200.


What does a Roman numeral with a Roman numeral with a bar above it represent?

It indicates multiplication by a thousand


What is the Roman Numeral of 7000?

(VII) or (V)MM or VMM but with a line above the V to indicate multiplication by a thousand. Numerals in brackets also indicates multiplication by a thousand.


What is the number 100000000 in roman numerals?

MC with lines on topImproved answer:(M)CNumerals in brackets indicates multiplication by a thousand and superscript numerals indicates multiplication by that particular numeral.(M)C = 1,000*1,000*100 = 100,000,000


What does the line over the roman numeral mean?

In todays modern usage of Roman numerals it indicates multiplication by a thousand.


Can two math terms be separated by a multiplication sign?

Yes, two math terms can be separated by a multiplication sign. For example, in the expression (2 \times 3), the multiplication sign clearly indicates that the two terms, 2 and 3, are to be multiplied. This notation is commonly used in arithmetic and algebra to denote the operation of multiplication.


Is a dot a multiplication symbols?

Yes, a dot can serve as a multiplication symbol, particularly in mathematics and algebra. It's often used in higher-level math to avoid confusion with the letter "x." For example, in vector notation and matrices, the dot indicates multiplication between numbers or vectors.


What does 2x2xaxaxcxcxcxcxc equal?

Assuming that each "x" indicates multiplication, we get:(2*2)(a*a)(c*c*c*c*c)=4a2c5


What is 5384 in Roman Numerals?

In today's terms it is: (V)CCCLXXXIV Numerals in brackets or with an horizontal line above them indicates multiplication by a thousand.


Which property states that the orderof numbers in multiplication does not matter?

The property that states the order of numbers in multiplication does not matter is called the Commutative Property of Multiplication. This property indicates that for any two numbers ( a ) and ( b ), the equation ( a \times b = b \times a ) holds true. This means that the product remains the same regardless of how the numbers are arranged.