You could align the edge of the object with the zero on the ruler and then read off the marking on the ruler which aligned with the other end of the object.
A ruler (some say it should be called a rule!) is marked along an edge with (nowadays) centimetres and millimetres. Place the zero mark on the ruler at the start of the object to be measured, and read off the measurement at the other end of the object.
ALL of the fractions on a ruler are between the zero end and the ' 1 ' mark. Since there are an infinite number of them, it's not possible to label all of them, so NONE of them are labeled. 'Three fourths of an inch' is located 3/4 of the distance from the zero end to the ' 1 ' mark. Some rulers have a mark there. Others don't. 'Three fourths of a foot' is the mark labeled ' 9 '.
Put the ruler down on it. Then put your finger at one end of the ruler, and move the other end of the ruler to your finger. Do this again. The end of the ruler will be 90cm from where you started.
Front end rounding is to the largest place. Since the number to the right of that is less than 5, we zero it and everything to the right of it out. Answer: 10,000
On a metric ruler, that point is about 13.386 inches fromthe 'zero' end, whether or not there's a mark there.
To record measurements using a ruler, place the ruler next to the object to be measured. Ensure that the zero mark on the ruler aligns with one end of the object. Read the measurement where the other end of the object falls on the ruler and record it in the appropriate units.
You could align the edge of the object with the zero on the ruler and then read off the marking on the ruler which aligned with the other end of the object.
Tabs can only be created on the ruler. You could put a tab at the very right end of the ruler, but it would be easier to just right align the text. Tabs are for setting positions that are not at the absolute left, right or centre of the page. That is what alignments can do. So it would make no sense to put a tab at the extreme right or left of the ruler.
A ruler (some say it should be called a rule!) is marked along an edge with (nowadays) centimetres and millimetres. Place the zero mark on the ruler at the start of the object to be measured, and read off the measurement at the other end of the object.
ALL of the fractions on a ruler are between the zero end and the ' 1 ' mark. Since there are an infinite number of them, it's not possible to label all of them, so NONE of them are labeled. 'Three fourths of an inch' is located 3/4 of the distance from the zero end to the ' 1 ' mark. Some rulers have a mark there. Others don't. 'Three fourths of a foot' is the mark labeled ' 9 '.
Its principal feature is the start datum or 0 is the end of the ruler, typical use would be measuring the depth of a feature, such as a blind bored hole.
Put the ruler down on it. Then put your finger at one end of the ruler, and move the other end of the ruler to your finger. Do this again. The end of the ruler will be 90cm from where you started.
No, zero does not end with a consonant.
just drop the ruler
Front end rounding is to the largest place. Since the number to the right of that is less than 5, we zero it and everything to the right of it out. Answer: 10,000
Suppose say you have plastic rule new one. There you will be having zero marking. When you have to measure the length of a rod then you would keep zero marking at one end of the rod and the marking where the other extreme of the rod is taken to be length of the rod. say it is at 4 cm. So 4cm is the length. And suppose the ruler is an old one whose edge got damaged. Now you don't have zero marking so visible there. So you have keep the end of the rod at say 1 cm marking. Now the error that we commit is known as zero error. Here the error is positive. ie +1 cm. So as the other end of the rod is at 5cm marking then the correct length is got by applying zero correction. As zero error is +1 cm, then zero correction would be -1 cm So the correct length 5-1 ie 4 cm. Same way in case of vernier, if zero of vernier is at left side of zero of main scale, then the zero error is negative. If zero of vernier is right side of zero of main scale then error is +ve as we have seen in the earlier old ruler case. Same way in case of screw gauge as the head scale zero is above pitch line then error is negative and as head scale zero is below pitch line then zero error is positive.