Thermodynamical in a sentence
(1) The thermodynamical properties of the system were carefully analyzed.
(2) The thermodynamical model accurately predicted the behavior of the gas.
(3) The thermodynamical calculations showed that the reaction was exothermic.
(4) The laws of thermodynamics govern the thermodynamical behavior of systems.
(5) The thermodynamical equilibrium of a system is a state of maximum entropy.
(6) The thermodynamical laws govern the behavior of energy in a closed system.
(7) The thermodynamical equilibrium was reached after several hours of heating.
(8) The thermodynamical cycle of a heat engine consists of a series of processes.
(9) The thermodynamical properties of a substance determine its phase transitions.
(10) The thermodynamical equilibrium of a system is a state of minimum free energy.
Thermodynamical sentence
(11) The thermodynamical behavior of a system can be described using phase diagrams.
(12) The thermodynamical principles apply to both macroscopic and microscopic systems.
(13) The thermodynamical analysis revealed that the system was in a state of disorder.
(14) The thermodynamical parameters were adjusted to achieve the desired reaction rate.
(15) The thermodynamical analysis of a chemical reaction helps determine its feasibility.
(16) The study of thermodynamical processes is essential in understanding energy transfer.
(17) The thermodynamical laws provide a framework for understanding the behavior of gases.
(18) The thermodynamical principles were applied to optimize the efficiency of the engine.
(19) The thermodynamical approach was used to study the phase transition of the substance.
(20) The thermodynamical equilibrium of a system is achieved when its entropy is maximized.
Thermodynamical make sentence
(21) The thermodynamical laws provide a framework for understanding the behavior of fluids.
(22) The thermodynamical behavior of a system can be described using mathematical equations.
(23) The thermodynamical properties of a substance can be used to calculate its heat capacity.
(24) The thermodynamical equilibrium of a system is reached when its properties remain constant.
(25) The thermodynamical model predicts the behavior of a system based on its initial conditions.
(26) The thermodynamical analysis of a process involves calculating changes in energy and entropy.
(27) The thermodynamical properties of a substance can be used to predict its chemical reactivity.
(28) The thermodynamical laws provide a basis for understanding the concept of energy conservation.
(29) The thermodynamical analysis of a process involves calculating changes in enthalpy and entropy.
(30) The thermodynamical properties of a substance determine its behavior under different conditions.
Sentence of thermodynamical
(31) The thermodynamical efficiency of an engine is a measure of its ability to convert heat into work.
(32) The thermodynamical properties of a substance can be determined through experimental measurements.
(33) The thermodynamical analysis of a reaction helps determine the direction in which it will proceed.
(34) The thermodynamical properties of a substance can be determined through thermogravimetric analysis.
(35) The thermodynamical properties of a substance can be altered by changing its temperature or pressure.
(36) The thermodynamical efficiency of a refrigerator is a measure of its ability to remove heat from a system.
(37) The thermodynamical behavior of a system can be affected by external factors such as pressure or temperature.
(38) The thermodynamical efficiency of a power plant is a measure of its ability to convert heat into electricity.
(39) The thermodynamical properties of the material were crucial in determining its suitability for the application.
Thermodynamical meaning
Thermodynamical is an adjective that relates to the principles and laws governing the behavior of energy and its transformation in a system. It is derived from the field of thermodynamics, which is the study of the relationships between heat, work, and energy. In this article, we will explore various tips on how to effectively use the word "thermodynamical" in a sentence.
1. Definition and Context: Before using the word "thermodynamical" in a sentence, it is crucial to understand its meaning and context. Thermodynamical refers to anything that is related to or governed by the principles of thermodynamics. It is often used to describe processes, systems, or phenomena that involve the transfer or conversion of energy.
2. Correct Spelling and Pronunciation: Ensure that you spell and pronounce "thermodynamical" correctly to maintain clarity and accuracy in your sentence. The word is pronounced as "ther-mo-dy-nuh-mi-kuhl."
3. Technical Writing: Given that "thermodynamical" is a technical term, it is commonly used in scientific or academic writing. When using it in such contexts, make sure to provide sufficient background information and explanations to help readers understand its significance.
4. Sentence Structure: When incorporating "thermodynamical" into a sentence, it is essential to maintain proper sentence structure and grammar. Ensure that the sentence is coherent and conveys your intended meaning clearly.
5. Examples: To better understand how to use "thermodynamical" in a sentence, let's explore a few examples: - "The researchers conducted a thermodynamical analysis to determine the efficiency of the energy conversion process." - "The laws of thermodynamics govern the thermodynamical behavior of the system." - "The engineers implemented various thermodynamical principles to optimize the performance of the power plant." - "Understanding the thermodynamical properties of materials is crucial for designing efficient heat exchangers." - "The study aimed to investigate the thermodynamical stability of the chemical compound under different temperature and pressure conditions."
6. Contextual Synonyms: If you find it challenging to use "thermodynamical" in a sentence, you can consider using synonyms or related terms that convey a similar meaning. Some contextual synonyms for "thermodynamical" include "thermodynamic," "energetic," or "heat-related."
In conclusion, using the word "thermodynamical" in a sentence requires a clear understanding of its meaning and context. By following the tips provided in this article, you can effectively incorporate this technical term into your writing, ensuring accuracy and clarity.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Thermodynamical. They do not represent the opinions of TranslateEN.com.