A vernier caliper is unique because it can measure dimensions with high precision, down to 0.1 mm or even 0.02 mm. It has both an inside and outside measuring capability, along with a depth gauge. This makes it more versatile than a foot rule or meter stick, which are limited to basic length measurements.
There are many instruments to measure lengths. But selection of measuring device depends on the maximum length it can measure. For example a small ruler used in schools can measure maximum 15 centimeters (or 6 inches). Here is a list of some measuring devices for measuring length: 1. Ruler (also known as scale) max 30cm 2. Meter Rod (that used by tailors or cloth sellers), max 100 cm 3. Measuring Tape (used by surveying engineers) For measuring very large distances travelled, In vehicles, speedometers also have distance measuring display. Ships use knots for measuring nautical miles.
Draw a long narrow rectangle. Along its length make marks at 1/100 of the length, 2/100, 3/100 (labelling them) up to the last which is at the other end. This is a picture of a metre stick.A:Or, just click the related link below.
Use to measure edges
there is a big different between the vernier caliper and micro meter caliper,the vernier caliper they can use the outside and inside measurement while the micro meter caliper it's just only use outside measurement..
A meter rule.
A meter rule is a measuring instrument typically used in science and engineering to measure length or distance in metric units. It is a long, flat, rectangular ruler usually one meter in length, with markings in centimeters and millimeters along its edge. The meter rule is a precise tool that allows for accurate measurements to be taken in various applications, such as physics experiments, construction projects, and laboratory work.
Measurement of length.
A meter rule, also known as a meter stick, is a measuring instrument commonly used in physics and engineering to measure length or distance. It is typically marked in centimeters or millimeters and is used to make accurate measurements in various experiments and calculations. The meter rule is essential for tasks such as determining the dimensions of objects, conducting experiments that require precise measurements, and ensuring accuracy in scientific research.
Measuring the expansion of a material requires high precision because even small changes can be significant, especially in scientific experiments or engineering applications. A micrometer screw gauge provides the fine resolution needed to detect minute expansions, typically in the range of micrometers. In contrast, a meter rule is sufficient for measuring the initial length of the bar, where larger discrepancies are less critical. Thus, the choice of measurement tool is based on the required accuracy for the specific dimension being measured.
A meter rule is apropriate as it can measure up to unlimited meter while micrometer is suitable for diameter since it has a high degree of accuracy to small diameters in millimeters.
A rule graduated in centimeters.
The thickness of a book will normally be smaller than the smallest graduations on the metre rule.
If you have calibrated eyeballs
Two methods: 1. mark a point on the circumference of the round object; put a mark on the floor; line up the marks and roll the object along the floor until the mark retouches the floor; use the meter rule to find the distance between the marks on the floor. 2. measure the diameter of the round object using the meter rule and multiply it by π (pi ≈ 3.14159)
The court has a length of 23.77m (78 feet). There is no rule governing the length of the surrounding area of a lawn tennis court only the length of the court itself.
A measuring tape.