PPT-Specific Heat of Martian Sedimentary Analogs for Improved Thermal Modeling

Tuan Vu 3227 Background Martian sedimentary rocks show distinctly low thermal inertias 300700 Jm 2 K 1 s 12 which are linked to the rocky units heat capacity C. D. efine thermal capacity.. Explain the significance of high and low specific capacities.. HEAT CAPACITY. The . amount of thermal energy needed to raise . the temperature of . substance . by 1. 0. C. . A . solid. is resistant to changes in shape and volume.. A . liquid. in resistant to changes in volume but takes up the shape of its container. . A . gas. takes up the shape and volume of its container. . On the front counter there is a perpetually thirsty bird. Do NOT touch him.. Write down all your . observations. of the motion. Do not try to explain why it’s happening—just look at WHAT is happening. . Heat. Heat . is the transfer of thermal energy from one object to another because of a temperature difference.. Heat flows spontaneously from . hot. objects to . cold. objects. . Temperature. Temperature . The metal part gets hot enough to burn you! The cloth stays cool.. Specific Heat Capacity. Textbook definition. : The amount of energy needed to change the temp. of 1 . kg of a substance by 1˚ C. . In my own words: . USING THERMAL ENERGY. Thermal Energy. Lesso. n Objectives:. • Explain the relationship between temperature and thermal energy.. • Define heat and specific heat.. Thermal Energy. Lesson Summary:. Heat is the transfer of thermal energy between objects that have different temperatures. . Heat. Heat. is energy that flows from a higher-temperature object to a lower-temperature object because of the difference in temperatures.. SI Unit of Heat:. joule (J).. SI unit for heat is the joule, J. Section 16.1 – Thermal Energy and Matter. In the 1700’s most . scientists. thought that . heat. was a . fluid. called . caloric. that flowed between objects.. Count Rumford. Rumford. studied the process of . HEAT? TEMPERATURE?. How to measure temperature?. How to quantify temperature and heat?. How do heat transfer?. HEAT & TEMPERATURE. Temperature. is a quantitative measurement of . hotness/coldness. Section 4: Thermal Energy Chapter 3: Matter and Energy Learning Objectives Convert between Fahrenheit, Celsius, and Kelvin temperature scales. Relate energy, temperature change, and heat capacity. Thermal Energy %. Tricyclic. . terpanes. / (. Tricyclics. + 17. . Hopanes). %. . /(. . +. . -. Hopanes. (C30)). %Ts/(. Ts+Tm. ). 18. . /(. . +. . ).. oleananes. %20S/(20S+20R)-. steranes. Learning Objectives. Describe the health effects and hazards associated with extremely hot or cold work environments.. Identify . the thermal balance and the factors of heat exchange and metabolism in the human body.. Nature of science:. Evidence through experimentation: Scientists from the 17th and 18th centuries were working without the knowledge of atomic structure and sometimes developed theories that were later found to be incorrect, such as phlogiston and perpetual motion capabilities. Our current understanding relies on statistical mechanics providing a basis for our use and understanding of energy transfer in science.. Temperature – Macroscopic. At a macroscopic level, temperature is the degree of hotness or coldness of a body as measured by a thermometer. Temperature is a property that determines the direction of .