Want this question answered?
Be notified when an answer is posted
When you have to get a number correct to X decimal places, you look at the number in X+1 place. If that number is 5 or more you add 1 to the number in X place, otherwise you leave the number in X place as it is. So, 5.9829 correct to three decimal places is 5.983,And, 5.982 correct to two decimal places is 5.89
The first place after the decimal point is tenths. The second place after the decimal point is hundredths The third place after the decimal point is thousandths. So the number must extend to the third place after the decimal.
In terms of decimal values, 0.04 is greater than 0.005. This is because the more digits a number has after the decimal point, the smaller it becomes. In this case, 0.04 has two decimal places while 0.005 has three decimal places, making 0.04 the larger number.
When ' n ' has no more than one non-zero digit after the decimal point, and it is in the first place after the point.
The second decimal place is 5 or more, so the first decimal place increases by 1.69.6
Underline the hundredth or second place past the decimal. Look at the third place past the decimal, the thousandths place. If it is 5 or more then rewrite the number changing the underlined number to the next number.
When you have to get a number correct to X decimal places, you look at the number in X+1 place. If that number is 5 or more you add 1 to the number in X place, otherwise you leave the number in X place as it is. So, 5.9829 correct to three decimal places is 5.983,And, 5.982 correct to two decimal places is 5.89
The first place after the decimal point is tenths. The second place after the decimal point is hundredths The third place after the decimal point is thousandths. So the number must extend to the third place after the decimal.
the value of the place that a digit occupies in a numeral in relation to the decimal point. Examples: Ones, Tens, Hundreds, Tenths, Hundredths, Thousandths.... Each column where a number sits has a place value. In the number 125 the 1 is in the hundreds place value, the 2 is in the tens place value and the 5 is in the ones place value. More complex numbers use place values to the right of the decimal point, for example, 13.456, in this number the 1 is the in the tens, the 3 is in the ones, the 4 is in the tenths, the 5 is in the hundredths, the 6 is in the thousandths. Remember it goes in succession but don't get confused with the right side of the decimal there is no "oneths". The place values go in succession like this but are not limited to this example. Thousands, Hundreds, Tens, Ones (Decimal) Tenths, Hundredths, Thousandths, Ten Thousandths
In terms of decimal values, 0.04 is greater than 0.005. This is because the more digits a number has after the decimal point, the smaller it becomes. In this case, 0.04 has two decimal places while 0.005 has three decimal places, making 0.04 the larger number.
10.23 kilograms is more precise because it has an additional decimal place compared to 10.2 kilograms. This allows for a more detailed measurement and differentiation between two values that are close in magnitude.
9.00
You just take the second decimal place, if its 5 or more then add one to the first decimal, if it's 4 or below then leave the second decimal as is. Then write out the number and leave in only the first decimal place that you may have or may not have changed. In this case it's 16.2
Oh, what a happy little question! You see, 1.1 is actually the same as 1.10 because the zero at the end doesn't change its value. It's like having a lovely little tree in your painting - whether you have one branch or one branch and zero leaves, it's still just one beautiful tree.
When ' n ' has no more than one non-zero digit after the decimal point, and it is in the first place after the point.
To determine if 0.0034 is greater than 0.03, we can compare the two numbers by looking at their place values. In this case, 0.03 is greater than 0.0034 because the 0.03 has a higher value in the hundredths place compared to the thousandths place in 0.0034. When comparing decimals, it is essential to look at the digits to the right of the decimal point to determine their relative values.
It is not an efficient number because there cannot be more than one decimal place in a number. If you are looking for a comparison then you are incorrect.