Nomogram example sentences

"Nomogram" Example Sentences

1. The surgeon used a nomogram to determine the implant size based on the patient's height and weight.
2. The clinician consulted the complex nomogram to determine the dosage amount and dosing schedule for the patient.
3. The physiologist plotted the patient data points on the nomogram to visualize the relationship between different biological parameters.
4. The field scientist created a simple nomogram to help identify local flora based on leaf shape and color.
5. The engineer produced a nomogram to calculate the forces involved based on velocity and mass.
6. The ballistics expert referred to a specialized nomogram to determine the projectile trajectory.
7. The pharmacist used a medication nomogram to calculate the correct dose for her young patient.
8. The aviator consulted the chart nomogram during the flight check procedure.
9. The scientist built a nomogram that plotted oxygen levels against pH and temperature for the local lake ecosystem.
10. The nomogram with interlinking scales allowed the doctor to quickly estimate renal function based on multiple patient vital signs.
11. The geologist plotted the sample data points on a nomogram to correlate rock composition with age.
12. The pilot studied the nomograms in the flight manual to determine takeoff speed based on weight, elevation, and temperature.
13. The lab technician created a nomogram relating molecular weight to density for the gas samples.
14. The forester used a nomogram to calculate the board feet in logs of different lengths and diameters.
15. The chemist created a simple nomogram to quickly convert between mass, moles, and particles of different compounds.
16. The physical therapist used a nomogram to determine optimal exercise intensity based on a patient's heart rate and blood pressure.
17. The veterinarian referenced a nomogram to calculate the correct dosage of medication based on a pet's weight and species.
18. The physicist created a nomogram to correlate velocity, time, and distance for free falling objects.
19. The astrophysicist plotted star data points on a nomogram to derive relationships between luminosity, temperature, and radius.
20. The mechanic referenced nomograms in the service manual to calculate torque specifications for different fasteners and components.
21. The data analyst created a nomogram mapping factors that correlated with business success.
22. The archer studied the nomograms in the instruction manual to determine the correct arrow height and tension for different targets and conditions.
23. The fisherman referenced the tackle nomogram to determine the optimal line weight and lure size for the current fish species and conditions.
24. The architect generated a nomogram to determine the dimensions of roof trusses based on span length and pitch.
25. The pump engineer built a nomogram to calculate flow rates based on pipe diameter, length, and pressure differential.
26. The geneticist created a nomogram mapping gene expression levels against disease risk.
27. The technician referenced nomograms in the manual to calculate gear ratios for various configurations.
28. The mathematician created a complex nomogram to solve simultaneous equations geometrically.
29. The aeronautical engineer generated nomograms to determine takeoff and landing distances for new aircraft designs.
30. The biologist created a nomogram mapping environmental variables against species biodiversity.
31. The researcher plotted data points on a nomogram to analyze correlations between demographic factors and health outcomes.
32. The meteorologist studied the weather nomograms to determine the likely path and severity of incoming storms.
33. The construction manager referenced nomograms in the handbook to calculate material quantities for different project elements.
34. The statistician created a nomogram mapping sampling methods against parameters of significance and accuracy.
35. The nomogram relating catalyst concentration to reaction rates helped the chemist optimize the experiment.
36. The economist plotted economic indicators on a nomogram to determine likely trends in output and employment.
37. The nomogram for wedge brakes allowed the machinist to calculate the mechanical advantage for different setups.
38. The biologist plotted experimental data on a nomogram to derive relationships between growth rates, nutrition levels, and temperature.
39. The electrician referenced the wiring nomograms in the code book to determine appropriate wire gauges for different circuits and loads.
40. The calculator uses an internal nomogram to determine results based on the inputs provided.
41. The nomogram correlating patient symptoms allowed the nurse practitioner to quickly narrow the list of possible diagnoses.
42. The forensics expert plotted evidence data points on a nomogram to help determine the likely sequence of events.
43. The nomogram relating dosage to body weight helped the internist quickly calculate the correct medication amount for their patients.
44. The engineer referenced nomograms in the manual to calculate spring rates for different types and sizes of compression springs.
45. The designer generated a nomogram to determine the appropriate thread pitch and diameter for mechanical parts.
46. The seismologist studied the nomograms associated with fault properties to help predict the scale of potential earthquakes.
47. The software uses an internal nomogram to generate recommendations based on the user's profile and behavior.
48. The statistician created a nomogram mapping normal distributions against factors like mean, standard deviation and probability.
49. The accountant referenced nomogram tables in the tax code to determine deductions and exemptions for different income levels.
50. The lab technician referenced nomograms to help determine the correct molarity of solutions for different experiments.
51. The programmer created an automated nomogram generator application.
52. The electronics technician studied nomograms relating inductance to coil properties like size, shape and material.
53. The coach plotted player performance data on a nomogram to visualize improvement over time.
54. The contractor referenced the materials nomogram in the manual to help calculate quantities needed for different projects.
55. The nutritionist referenced a nomogram correlating basal metabolic rate with factors like age, gender and activity level.
56. The surgeon referenced nomograms relating implant success rates to patient characteristics and comorbidities.
57. The instructor created a nomogram mapping study strategies against knowledge retention and recall rates.
58. The mathematician derived a complex nomogram to help solve quadratic equations.
59. The climate scientist plotted data points on a nomogram to correlate atmospheric variables like temperature, pressure and humidity.
60. The actuary referenced nomogram tables relating mortality rates to variables like age, gender, occupation and lifestyle.

Common Phases

• Referenced the nomogram
• Consulted the nomogram
• Plotted data points on the nomogram
• Generated a nomogram
• Created a nomogram
• Built a nomogram
• Calculated using a nomogram
• Used a nomogram to determine/calculate
• Studied the nomograms
• The nomogram allowed to quickly/easily
• The nomogram helped correlate/relate
• The nomogram mapped/related