The face value of the 4 is four The place value: it is in the thousands column, so the 4 is four thousand. The difference is 4000 - 4 = 3996. Alternatively, its place value is 1000 times its face value. The 4 would only have its place value and face value equal when it is in the ones column.
Diff = 36
The first 9 is in the Millions place, the second is in the Hundreds. The difference is 4 orders of magnitude.
2220000 you can use a calculator, or take 74 x 3 and add 4 zeros (place values)
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.
the place values of 4 is 4.
4.90= 4 = 4 ones 9 = 9 tenths 0 = 0 hundredths That's the place values of 4.90
The face value of the 4 is four The place value: it is in the thousands column, so the 4 is four thousand. The difference is 4000 - 4 = 3996. Alternatively, its place value is 1000 times its face value. The 4 would only have its place value and face value equal when it is in the ones column.
anything about your face
2, 4 or 6
Diff = 36
Use place values to determine the denominator. Place values of decimal numbers start at tenths and go to hundredths, thousandths, ten thousandths, etc. Example .4 is 4 tenths...that's 4/10. There is your fraction. Now reduce it to 2/5. How about .375? Using place values this is pronounced 375 thousandths, or 375/1000. Reduce this. How 'bout we use a common multiplier...say...125 to reduce this to 3/8. Done.
74749
The first 9 is in the Millions place, the second is in the Hundreds. The difference is 4 orders of magnitude.
In what decimal is the tens and tenths place value 6, hundredths place value 9, and the remaining place values 0
2220000 you can use a calculator, or take 74 x 3 and add 4 zeros (place values)
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.