Measuring the World: A Comparison of English and Metric Systems".pptx

This presentation talks about To effectively understand the importance of measurement in various fields, this lesson delves into the English and Metric systems. We will explore their origins, applications, and how they influence daily life and scientific
endeavors. By comparing these two
systems, students will gain the
ultimate insight into why accurate
measurement is crucial, and how
converting between systems can
enhance their problem-solving skills in
both practical and academic contexts.


The English and Metric systems are both vital for various reasons. The English system is widely used in the United States, influencing industries such as construction and aviation. Meanwhile, the Metric system is the global standard for scientific research and international trade, promoting consistency and accuracy. Understanding both systems allows for effective communication and collaboration across different fields and countries, ensuring that measurements are clear and universally accepted. Additionally, proficiency in both systems enhances problem-solving skills, making it essential for students and professionals alike.

Knowing both the English and Metric systems in measuring is crucial for several reasons. Firstly, it facilitates effective communication in diverse settings, especially in industries that operate internationally. Secondly, it enhances accuracy in scientific research, where the Metric system is often the standard. Additionally, familiarity with both systems allows individuals to convert measurements easily, which is essential in fields like engineering, healthcare, and everyday life. Ultimately, this knowledge equips individuals to navigate various contexts confidently and competently.

The English and Metric systems play crucial roles in our daily lives, influencing various activities and industries. For instance, cooking often requires precise measurements, where recipes may use cups and ounces (English) or milliliters and grams (Metric). In health and fitness, body measurements can be taken in inches or centimeters, while weight might be measured in pounds or kilograms. In construction and engineering, both systems are used for planning and executing projects, depending on regional preferences. Furthermore, the global nature of trade necessitates a clear understanding of both systems to ensure accurate product specifications and labeling. Ultimately, familiarity with these measurement systems enhances efficiency and clarity in everyday tasks.
Measurement is essential because it provides a standardized way to quantify and compare objects or phenomena. It enables accurate communication in various fields, such as science, engineering, and everyday activities. Without measurement, tasks like cooking, construction, and healthcare would lack precision, leading to inefficiencies and errors. Additionally, measurement facilitates problem-solving and decision-making by offering concrete data that can be analyzed.

1. System of MEASUREMENT

2. the unit of measure is the foot. A foot is divided into twelve equal parts called inch. An inch is one-twelfth of a foot, which is subdivided into 16 equal graduations. ENGLISH SYSTEM

3. English System 1 inch 1/16 1/8 3/16 1/4 5/16 7/16 9/16 11/16 13/16 15/16 2/16 4/16 6/16 8/16 10/16 12/16 14/16 3/8 1/2 5/8 3/4 7/8 ? 2. ? 1 3/8 inch 1 11/16

4. the unit of measure is the meter. A meter is divided into one hundred equal parts called the centimeter. METRIC SYSTEM It is a decimalized system of measurement and it is the international standard system of measurement

5. Metric System 1 2 3 4 5 6 7 8 9 10 mm or 1 cm ? 3. ? 2. ? 15 mm or 1.5 cm 20 mm or 2 cm 24 mm or 2.4 cm

6. To record the length of this paperclip, line up the start of the paperclip with the 0 cm line. Then record where the item ends. The length of this paperclip is exactly 3 cm. How to Measure

7. To record the length of this eraser, we line up the start of the eraser with the 0 cm line. This eraser ends exactly halfway between 5 and 6 cm so it’s 5.5 cm or 50 mm. Measuring mm

8. English System Metric System Inches Feet Yards Millimeter Centimeter Decimeter Meter

9. English System to Metric System 1 inch= 2.54 cm 1 inch= 25.4 mm 1 inch= .254 dm 1 ft = 30.38 cm 1 ft = 303.8 mm 1 yard= 91.44 cm 1 yard=914.4 mm

10. ++ Sample Calculation or Conversion of Units 1.) 350 mm= __________cm 350 mm= 1 cm 10 mm = 350 mm x 1 cm 10 mm = 350 10 Answer=

11. ++ Sample Calculation or Conversion of Units 2 .) 12 feet= __________ inches 12 ft = 12 inches 1 ft = 12 ft x 12 inches 1 ft = 144” 1 ’ Answer= 144 inches

12. ++ Sample Calculation or Conversion of Units 2 .) 12 feet= __________ inches 12 ft = 12 inches 1 ft = 12 ft x 12 inches 1 ft = 144” 1’ Answer= 144 inches

13. ++ Sample Calculation or Conversion of Units 3 .) 4 inches= __________ cm 4 inches= 2.54 cm 1 inch = 4 inches x 2.54 cm 1 inch = 10.16 1 Answer= 10.16 cm

14. ++ Sample Calculation or Conversion of Units 36 inches = feet? 100 cm = mm? 36ft = yards? 789 cm= yard? 18 ft = mm?