micrometer screw gauge observations and calculations
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.Figure 1 : The reading here is 3.7 mm.
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipers
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipersThe vernier calipers found in the laboratory incorporates a main scale and a sliding vernier scale which allows readings to the nearest 0.02 mm. This instrument may be used to measure outer dimensions of objects (using the main jaws), inside dimensions (using the smaller jaws at the top), and depths (using the stem).
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipersThe vernier calipers found in the laboratory incorporates a main scale and a sliding vernier scale which allows readings to the nearest 0.02 mm. This instrument may be used to measure outer dimensions of objects (using the main jaws), inside dimensions (using the smaller jaws at the top), and depths (using the stem).Figure 3: The vernier calipers
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipersThe vernier calipers found in the laboratory incorporates a main scale and a sliding vernier scale which allows readings to the nearest 0.02 mm. This instrument may be used to measure outer dimensions of objects (using the main jaws), inside dimensions (using the smaller jaws at the top), and depths (using the stem).Figure 3: The vernier calipersTo measure outer dimensions of an object, the object is placed between the jaws, which are then moved together until they secure the object. The screw clamp may then be tightened to ensure that the reading does not change while the scale is being read.Watch this short movie to see how to do this.
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipersThe vernier calipers found in the laboratory incorporates a main scale and a sliding vernier scale which allows readings to the nearest 0.02 mm. This instrument may be used to measure outer dimensions of objects (using the main jaws), inside dimensions (using the smaller jaws at the top), and depths (using the stem).Figure 3: The vernier calipersTo measure outer dimensions of an object, the object is placed between the jaws, which are then moved together until they secure the object. The screw clamp may then be tightened to ensure that the reading does not change while the scale is being read.Watch this short movie to see how to do this.Here is a nice vernier calipers applet.
.Figure 1 : The reading here is 3.7 mm.Figure 1 : The reading here is 15.8 mm.This Java applet will help you to understand how to read a vernier scale.The vernier calipersThe vernier calipers found in the laboratory incorporates a main scale and a sliding vernier scale which allows readings to the nearest 0.02 mm. This instrument may be used to measure outer dimensions of objects (using the main jaws), inside dimensions (using the smaller jaws at the top), and depths (using the stem).Figure 3: The vernier calipersTo measure outer dimensions of an object, the object is placed between the jaws, which are then moved together until they secure the object. The screw clamp may then be tightened to ensure that the reading does not change while the scale is being read.Watch this short movie to see how to do this.Here is a nice vernier calipers applet.The first significant figures are read immediately to the left of the zero of the vernier scale and the remaining digits are taken as the vernier scale division that lines up with any main scale division.