Reviewed by Janaisa Harris
Janaisa Harris, BA-Mathematics |
Mathematics Expert
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Ms. Janaisa Harris, an experienced educator, has devoted 4 years to teaching high school math and 6 years to tutoring. She holds a degree in Mathematics (Secondary Education, and Teaching) from the University of North Carolina at Greensboro and is currently employed at Wilson County School (NC) as a mathematics teacher. She is now broadening her educational impact by engaging in curriculum mapping for her county. This endeavor enriches her understanding of educational strategies and their implementation. With a strong commitment to quality education, she actively participates in the review process of educational quizzes, ensuring accuracy and relevance to the curriculum.
, BA-Mathematics
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Put your measurement reading skills to the test with our Measurement Reading Quiz! This quiz covers various tools and units of measurement, challenging you to accurately interpret readings from rulers, gauges, and more. Whether you're a beginner or an expert, this quiz offers a range of questions to challenge and enhance your proficiency. Sharpen your ability to read measurements accurately and efficiently, and expand your knowledge of measurement tools and techniques. Perfect for students, professionals, or anyone looking to improve their measurement reading skills. Take the quiz now and see how well you can read and interpret measurements!

• 1.

### When measuring the length of an object using a ruler, where should you start the measurement?

• A.

At the very beginning of the ruler (0 cm or 0 inches)

• B.

At the midpoint of the ruler

• C.

At the end of the ruler

• D.

At any convenient point on the ruler

A. At the very beginning of the ruler (0 cm or 0 inches)
Explanation
You should always start your measurement from the very beginning of the ruler (0 cm or 0 inches) to ensure accuracy and consistency. Starting at the midpoint or any other point on the ruler may introduce measurement errors. Starting at the end of the ruler is not the correct practice; you should use the 0 cm or 0 inches mark as the starting point. Using any convenient point on the ruler may lead to inconsistent measurements.

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• 2.

### A student used a vernier caliper to measure the diameter of a wooden cylinder. The diagram shows an enlargement of the caliper scales. What reading was recorded?

• A.

2.40 cm

• B.

1.64 cm

• C.

0.62 cm

• D.

0.42 cm

B. 1.64 cm
Explanation
The reading recorded on the vernier caliper is 1.64 cm. This can be determined by aligning the zero mark on the vernier scale with the closest mark on the main scale, which is 1.6 cm. Then, counting the number of divisions on the vernier scale that align with the divisions on the main scale, we find that the 4th division on the vernier scale aligns with a division on the main scale. Each division on the vernier scale represents 0.01 cm, so adding 0.04 cm to the main scale reading of 1.6 cm gives a total reading of 1.64 cm.

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• 3.

### The diagram shows part of a micrometer screw gauge. What is the reading shown?

• A.

5.31 mm

• B.

6.23 mm

• C.

5.81 mm

• D.

6.31 mm

C. 5.81 mm
Explanation
The reading shown on the micrometer screw gauge is 5.81 mm. This can be determined by looking at the position of the thimble and the main scale. The thimble is between the 5 and 6 mark on the main scale, and the line on the thimble is aligned with the 0 mark on the main scale. The number on the thimble that aligns with the main scale is 8, indicating a measurement of 0.08 mm. Adding this to the measurement on the main scale (5.73 mm) gives a total reading of 5.81 mm.

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• 4.

### The diagram shows a micrometer. Which reading is shown?

• A.

2.23 mm

• B.

2.73 mm

• C.

3.23 mm

• D.

5.23 mm

B. 2.73 mm
Explanation
Based on the diagram of the micrometer, the reading shown is 2.73 mm. This is determined by looking at the position of the thimble and the main scale. The thimble is aligned with the 2.7 mm mark on the main scale, and one additional division on the thimble corresponds to 0.03 mm. Therefore, the total reading is 2.73 mm.

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• 5.

### The diagram below shows part of a micrometer screw gauge. What is the reading?

• A.

5.37 mm

• B.

5.537 mm

• C.

5.87 mm

• D.

6.37 mm

C. 5.87 mm
Explanation
The reading on the micrometer screw gauge is 5.87 mm because the line on the sleeve is aligned with the 5 mark on the thimble, and the line on the thimble is aligned with the 0.87 mark on the sleeve. This indicates that the measurement is 5 mm on the sleeve and an additional 0.87 mm on the thimble, resulting in a total measurement of 5.87 mm.

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• 6.

### The diagram below shows part of a micrometer screw gauge. What is the reading shown?

• A.

4.01 mm

• B.

4.51 mm

• C.

5.00 mm

• D.

4.50 mm

• E.

4.60 mm

B. 4.51 mm
Explanation
The reading shown on the micrometer screw gauge is 4.51 mm. This can be determined by looking at the position of the thimble and the main scale. The thimble is aligned with the 4 on the main scale and the line on the thimble is between the 5 and 6 on the main scale, indicating an additional 0.01 mm. Therefore, the total reading is 4.51 mm.

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• 7.

### The precision of a vernier caliper is _______ millimeters.

0.1
Explanation
The precision of a vernier caliper is 0.1 millimeters. This means that the calipers can measure up to one-tenth of a millimeter accurately. The vernier scale on the calipers allows for precise measurements by providing additional decimal places beyond the main scale. Therefore, the calipers can measure with a precision of 0.1 millimeters.

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• 8.

### The precision of a micrometer screw gauge is 0.001 cm

• A.

True

• B.

False

A. True
Explanation
The precision of a micrometer screw gauge is 0.001 cm, meaning that it can measure up to the nearest thousandth of a centimeter. This indicates that the micrometer screw gauge is capable of providing highly accurate and precise measurements. Therefore, the statement is true.

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• 9.

### A student used a vernier caliper to measure the length of a small wooden block. The diagram shows an enlargement of the caliper scales. What reading was recorded?

• A.

1.06 cm

• B.

1.16 cm

• C.

1.26 cm

• D.

1.36 cm

C. 1.26 cm
Explanation
Based on the diagram of the vernier caliper scales, it can be observed that the zero mark on the vernier scale aligns with the 1.2 cm mark on the main scale. Additionally, the 0.06 cm mark on the vernier scale aligns with the 1.26 cm mark on the main scale. Therefore, the reading recorded on the vernier caliper is 1.26 cm.

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• 10.

### The diagram shows part of a vernier caliper.

• A.

3.47 cm

• B.

3.67 cm

• C.

4.37 cm

• D.

4.57 cm

C. 4.37 cm
Explanation
The answer is 4.37 cm because it is the measurement indicated by the vernier scale. The vernier scale is used to measure the small increments that the main scale cannot accurately measure.

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Janaisa Harris |BA-Mathematics |
Mathematics Expert
Ms. Janaisa Harris, an experienced educator, has devoted 4 years to teaching high school math and 6 years to tutoring. She holds a degree in Mathematics (Secondary Education, and Teaching) from the University of North Carolina at Greensboro and is currently employed at Wilson County School (NC) as a mathematics teacher. She is now broadening her educational impact by engaging in curriculum mapping for her county. This endeavor enriches her understanding of educational strategies and their implementation. With a strong commitment to quality education, she actively participates in the review process of educational quizzes, ensuring accuracy and relevance to the curriculum.

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• Jun 17, 2024
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• Jan 12, 2011
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