2, 4 or 6
How about 12 to begin with
0.017 is a number which is given to 3 decimal places. The equivalent number, at four decimal places, is 0.0170 but any number in the interval (0.0165, 0.0175), when rounded to four decimal places would give 0.017 to three.
The places are always the same no matter what the digits are. The value is obtained by multiplying the place times the digit. Starting from the right, the places in an 8-digit number are ones, tens, hundreds, thousands, ten thousands, hundred thousands, millions and ten millions.
Move the decimal two places to the right and place the number over 100.
When rounding a number to three decimal places, we look at the fourth decimal place. In this case, the fourth decimal place is 7, which is equal to or greater than 5. Therefore, we round up the last digit in the third decimal place. So, 0.8127 rounded to three decimal places is 0.813.
Move the decimal points to the left. The number of places to the left is the number of 0s in the denominator.
Individual digits within a number have place values, not whole numbers.
One can find information about house values at a number of places online. However, the best place to search is the area interested on a site like Trulia to get an idea for surrounding values.
How about 12 to begin with
When doing your calculations, you should keep the values to as many digits as are available, then when you get to the final answer, look at the third decimal place (the thousandths place), and based on if it is 0-4 then you just truncate at the second decimal place, or if the thousandths place is 5-9 then add 0.01 to the number and then truncate at 2 decimal places.
A single digit in a number can have a place value. A number with several digits cannot.
Align the numbers according their place values. Go from left to right (decreasing place values) until the face values of the numbers are different. Then the number with the larger face value in that place is the larger number.
There are an infinite number of decimal place values. Last year, a Japanese team,using a supercomputer, calculated the value of "pi" out to 4 trillion decimal places.The first seven places after the decimal point are:tenthshundredthsthousandthsten-thousandthshundred-thousandthsmillionthsten-millionths
The concept of "place values" applies only to systems that have "places", and only when at least some of those "places" are given numeric "values".Examples: (1) temperatures at all spots on the earth's surface; (2) bumpers within pinball machines; (3) prices at all locations on grocery store shelves; (4) sequential places as used with Arabic numerals -- the place values are powers of ten.Like the MH Sci-Tech dictionary, most authors of curricular materials badly confuse the numeric values of PLACES, with the values of whatever QUANTITIES occur in those places. At $2 per can, the quantity, 7 cans, has a (quantity) value of $14 ... but the (place) value on the shelf is $2.The Arabic numeral for 456 uses 3 places ... for (4, 5, 6) ... with digits being entered into each of the ( _, _, _ ) places. The 3 place-values, right to left, are 1 and 10 and 100. Using 4 in the 100-place expresses the QUANTITY 4(100s) ... whose quantity-value is 400. The "serial" value of (4,5,6) comes from adding the quantity-values of 4(100s) and 5(10s) and 6(1s) ... as 400+50+6 or 456.
All but the number five are multiples of 5.
product
it means to see which number is bigger and which number is smaller