Zero has a value of zero no matter where it's placed. In this example, it happens to be in the hundredths place.
The number you've provided is equal to zero. It consists of a long series of zeros followed by a decimal point, which indicates that it holds no value. In mathematical terms, any number of zeros after the decimal point before reaching a non-zero digit still results in zero.
Both 1.68 and 1.680 are equal in value; the extra zero in 1.680 does not change the number. In decimal notation, trailing zeros after the decimal point do not affect the value of the number. Therefore, neither is greater; they are the same.
The only number whose absolute value is zero is zero. This is because a number's absolute value is its distance from zero on the number line.
The absolute value of a number is the distance (positive) of the number from zero.
The number equivalent to 6.750 is simply 6.75. Both representations express the same value, with 6.750 having an additional zero after the decimal point, which does not change its value.
Most numbers are a decimal number, with zero sometimes being considered and exception. Since any number can have decimals after it (if it happens to be rounded) perhaps it is. The exact number zero, however, is not. Zero denotates a lack of value as opposed to a value - such as .01.
If a number has no decimal you can add a point zero zero at the end of that number.
In the decimal system, the placement of a digit to the right of the decimal point indicates its value in relation to the whole number. Adding a zero to the right of the decimal in .7 does not change its value, as the zero signifies a placeholder for a digit in the tenths place. Therefore, .7 and .70 are equivalent representations of the same value, with the zero in the latter serving no mathematical purpose other than to explicitly show the number to the hundredths place.
i can be a negative number a negative number or a zero but i am never a decimal or fraction
The equivalent decimal for 1.430 is 1.43. When writing decimals, trailing zeros after the decimal point can be dropped without changing the value of the number. Therefore, 1.430 is equivalent to 1.43, as the zero at the end does not affect the overall value of the number.
The number you've provided is equal to zero. It consists of a long series of zeros followed by a decimal point, which indicates that it holds no value. In mathematical terms, any number of zeros after the decimal point before reaching a non-zero digit still results in zero.
In decimal form, 0.50 is larger than 0.050. This is because the placement of the zero before the decimal point makes a significant difference in the value of the number. In 0.50, the zero holds a place value in the tenths position, making it equivalent to "0.5." In 0.050, the zero is insignificant and does not affect the value of the number, which is equivalent to "0.05."
Both 1.68 and 1.680 are equal in value; the extra zero in 1.680 does not change the number. In decimal notation, trailing zeros after the decimal point do not affect the value of the number. Therefore, neither is greater; they are the same.
The only number whose absolute value is zero is zero. This is because a number's absolute value is its distance from zero on the number line.
72,000 as a decimal is 72.000. This is because the decimal point is placed after the last digit, which is zero in this case. The decimal representation helps in understanding the value in terms of fractions of a whole number.
The absolute value of a number is the distance (positive) of the number from zero.
Because the addition of Zero at the end of any decimal number does not change it's place value.