Coefficient example sentences

"Coefficient" Example Sentences

1. The coefficient of friction between the surfaces was very high.
2. The linear regression model had a correlation coefficient of 0.87.
3. The coefficient of thermal expansion was used to calculate the changes in length of the material.
4. The reaction rate was directly proportional to the coefficient of kinetic friction.
5. The coefficient of determination indicated that the model explained 64% of the variation in the data.
6. The heat transfer coefficient was used to determine the rate of heat exchange between two bodies.
7. The coefficient of elasticity was used to calculate the deformation of the material under stress.
8. The coefficient of restitution was used to calculate the bounce of a ball after impact.
9. The coefficient of variation was used to compare the standard deviation of two different data sets.
10. The correlation coefficient between the two variables was negative, meaning they were inversely proportional.
11. The coefficient of thermal conductivity indicated how well a material conducted heat.
12. The frictional force acting on the object was calculated using the coefficient of static friction.
13. The coefficient of determination was used to evaluate the goodness of fit of a model.
14. The coefficient of drag determined the amount of air resistance a vehicle experienced.
15. The coefficient of thermal expansion was used to design materials that could withstand high temperatures.
16. The coefficient of determination was used to assess the accuracy of a statistical model.
17. The heat transfer coefficient was used to design efficient heat exchangers.
18. The coefficient of friction was affected by the texture of the surfaces in contact.
19. The coefficient of restitution was used to design bouncy materials.
20. The coefficient of elasticity was used to design materials that could withstand deformation under stress.
21. The coefficient of determination was used to help choose the correct statistical model for the data.
22. The viscosity coefficient determined how much a fluid resisted flow.
23. The frictional force acting on the object was calculated using the coefficient of kinetic friction.
24. The coefficient of thermal expansion was used to design materials that could withstand low temperatures.
25. The absorption coefficient determined how much a material could absorb sound waves.
26. The correlation coefficient showed that there was a strong positive relationship between the two variables.
27. The coefficient of kinematic viscosity was used to calculate the flow of fluids.
28. The drag coefficient determined how much air resistance an object experienced.
29. The coefficient of determination helped to assess the predictive power of a model.
30. The coefficient of restitution was used to calculate the speed of a ball after impact.

Common Phases

1. The coefficient of determination measures the strength of the relationship between two variables;
2. The correlation coefficient indicates the direction and strength of a linear relationship between two variables;
3. The coefficient of friction determines the resistance to motion between two surfaces;
4. The reaction coefficient determines the relative amounts of products and reactants in a chemical reaction;
5. The thermal expansion coefficient measures the degree of expansion or contraction of a material with temperature changes;
6. The absorption coefficient measures the ability of a material to absorb radiation;
7. The reflection coefficient measures the amount of reflected energy at an interface between two mediums;
8. The diffusion coefficient determines the rate at which molecules move and disperse in a liquid or gas;
9. The angular coefficient determines the slope of a line in a graph of two variables;
10. The drag coefficient measures the resistance to motion of a fluid through a solid object.