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That depends upon how the circles are located and the relationship between the numbers that are placed in the circles; unless the circles just happen to make a number, for example: .............. ..O.O.O.... ..........O.. ........O.... ......O...... ....O........ is a 7 regardless of what digits are placed in the circles.
io dont know
when converting a fraction to a decimal, some of the answers will be repeating decimals. A bar or line is sometimes placed over the part of the decimal that keeps repeating. ex: 0.24242424 etc. can be written as 0.24 with a 'bar' over the 24 to show that it keeps repeating.
Non-zero digits are always significant. Thus, 569 has three significant digits, and 69.35 has four significant digits. Zeros are sometimes significant and sometimes aren't: # Zeroes placed before other digits are not significant; 0.0968 has three significant digits. # Zeroes placed between other digits are always significant; 70063 kg has five significant digits. # Zeroes placed after other digits but behind a decimal point are significant; 7.90 has three significant digits. # Zeroes at the end of a number are significant only if they are behind a decimal point as in (c). Otherwise, it is impossible to tell if they are significant. For example, in the number 8200, it is not clear if the zeroes are significant or not. The number of significant digits in 8200 is at least two, but could be three or four. To avoid uncertainty, use scientific notation to place significant zeroes behind a decimal point: 8.200 * 103 has four significant digits 8.20 * 103 has three significant digits 8.2 * 103 has two significant digits
A dot over the first and last number if the repeating entity is a series of numbers (such as the decimal of 1/7) , two dots if it is one number repeating (such as the decimal of 1/3)
It is placed over one length of repeating decimal digits.
The bar is placed over the last full set of repeating digits shown.For example, with 2.783434... you would place a bar over the last 34But the number can also be written as 2.7834343... in which case the bar would be placed over the last 43.
It is written as a decimal as 0.86 This is a repeating decimal and the repeating sign should be placed over the six which I am unable to do in this forum. It also is written as 86.67%.
Each element is placed according to the increasing order of their atomic number and repeating properties.
The vinculum is placed on top of the repeating number after the decimal. For example, 1/3 would be written out as .333333 or .3 with the vinculum above the three.
That depends upon how the circles are located and the relationship between the numbers that are placed in the circles; unless the circles just happen to make a number, for example: .............. ..O.O.O.... ..........O.. ........O.... ......O...... ....O........ is a 7 regardless of what digits are placed in the circles.
when converting a fraction to a decimal, some of the answers will be repeating decimals. A bar or line is sometimes placed over the part of the decimal that keeps repeating. ex: 0.24242424 etc. can be written as 0.24 with a 'bar' over the 24 to show that it keeps repeating.
io dont know
Non-zero digits are always significant. Thus, 569 has three significant digits, and 69.35 has four significant digits. Zeros are sometimes significant and sometimes aren't: # Zeroes placed before other digits are not significant; 0.0968 has three significant digits. # Zeroes placed between other digits are always significant; 70063 kg has five significant digits. # Zeroes placed after other digits but behind a decimal point are significant; 7.90 has three significant digits. # Zeroes at the end of a number are significant only if they are behind a decimal point as in (c). Otherwise, it is impossible to tell if they are significant. For example, in the number 8200, it is not clear if the zeroes are significant or not. The number of significant digits in 8200 is at least two, but could be three or four. To avoid uncertainty, use scientific notation to place significant zeroes behind a decimal point: 8.200 * 103 has four significant digits 8.20 * 103 has three significant digits 8.2 * 103 has two significant digits
A dot over the first and last number if the repeating entity is a series of numbers (such as the decimal of 1/7) , two dots if it is one number repeating (such as the decimal of 1/3)
Answer: 2058 Explanation: Consider the thousandths place. You can place digits 1,2,3,4,5,6 (not 0 as the number would then become a 3-digit). Now consider hundredths place. You can place all the allowed digits ( ie, 0,1,2,3,4,5,6). In the same way you can place all allowed digits in tens and ones place. No. of digits which can be placed in thousandths place: 6 No. of digits which can be placed in hundredths place: 7 No. of digits which can be placed in tens place: 7 No. of digits which can be placed in ones place: 7 Total possible numbers which can be formed: 6 X 7 X 7 X 7 = 2058
According to international system of numeration, a number is split up into groups. In this system. The first comma placed is after hundreds and then comma is placed after every three digits.