"Nomographs" Example Sentences
1. The engineer used nomographs to determine the optimum design for the machinery.
2. Nomographs help simplify complex calculations in engineering.
3. The use of nomographs is essential in determining appropriate dosage levels in medicine.
4. The nomographs were developed by a team of mathematicians and engineers.
5. Nomographs are widely used in the field of meteorology to predict weather patterns.
6. The nomographs helped the researchers plot the relationship between temperature and pressure.
7. The use of nomographs has revolutionized the field of science and technology.
8. The nomographs allowed the scientists to visualize complex data sets.
9. The students were introduced to the concept of nomographs in their mathematics class.
10. Nomographs have become an important tool in the field of statistics.
11. The nomographs allowed the pilot to quickly determine the altitude of the aircraft.
12. Nomographs can be used to predict the behavior of various chemical compounds.
13. The nomographs provided a clear picture of the relationship between two variables.
14. The nomographs were used to simplify the calculations required for designing a new circuit board.
15. The scientist used nomographs to plot the energy required to break chemical bonds.
16. The nomographs allowed the engineer to optimize the design for the new building.
17. The use of nomographs is particularly important in the field of pharmacology.
18. Nomographs are used extensively in the field of geology to study rock formations.
19. The nomographs proved to be an invaluable tool in predicting the behavior of various materials.
20. The architect used nomographs to optimize the design for the new building.
21. Nomographs can be used to predict the behavior of complex systems.
22. The nomographs helped the team identify the optimal parameters for the experiment.
23. The researchers relied heavily on nomographs to analyze the data collected from the study.
24. Nomographs are commonly used in the field of astronomy to study the behavior of celestial bodies.
25. The use of nomographs has dramatically reduced the time required for complex calculations.
26. The nomographs provided a clear picture of the relationships between multiple variables.
27. Nomographs enable researchers to quickly identify the best possible designs for a given application.
28. The nomographs allowed the engineer to easily optimize the design for the new product.
29. The use of nomographs has transformed the way experts in various fields analyze data.
30. Nomographs make complex calculations simple and accessible for a wide range of users.
Common Phases
not use more than three
nomographs in one phrase.
1. Determine the required flow rate for the given pipe diameter, fluid viscosity, and pressure drop;
2. Calculate the required pressure drop for the given flow rate, pipe diameter, and fluid density;
3. Find the appropriate pump head based on the required flow rate and system resistance;
4. Determine the optimal pipe diameter based on the required flow rate, allowable pressure drop, and fluid density;
5. Calculate the required horsepower for a given flow rate and total head;
6. Find the optimal heat exchanger size based on the fluid flow rate, temperature difference, and heat transfer coefficient;
7. Determine the required tank volume for a given flow rate and retention time;
8. Find the appropriate valve size based on the required flow rate, pressure drop, and valve coefficient;
9. Calculate the optimal heat duty based on the fluid flow rate and temperature difference;
10. Determine the required nozzle size based on the flow rate and fluid velocity.