Explain the differences between kinetic energy and thermal energy. What is internal energy of a chemical reaction?...
What is internal energy of a chemical reaction? Explain clearly using an equation.
16 The thermal energy available to a chemical reaction increases with increasing temperature. What is the very simple equation you would use to determine thermal energy at any particular temperature? Thermal energy = 17. Water is the solvent for your reaction. What is the temperature of the reaction under reflux?
Specific enthalpy is defined as a. The sum of internal energy, kinetic energy, potential energy, chemical and nuclear energy b. Internal energy minus the product of pressure and volume c. The product of internal energy, pressure and specific volume d. Specific internal energy plus the product of pressure and specific volume
Kinetic and internal energy Mech 17 III. Application to Friction A. A block is initially moving on a level table. Later, it is observed that the block has slowed down due to friction. Time f Block slows down while moving on a level table In answering the following questions, consider the system consisting of only the block. 1. Complete the energy bar diagram at right. Explain your Block reasoning, including any assumptions you are making Did the block gain internal...
During a reaction, thermal energy from the environment is converted into chemical energy stored in the products. Which of the following can you determine? A. The reaction is single replacement. B. The reaction is exothermic. C. The reaction is a decomposition. D. The reaction is endothermic.
Thermal Efficiency Internal Heat Energy AQ (J) Energy Lost (1) Material Work (J) Thermal Efficiency (%) Aluminum 89.89 63.55 26.34 70.70 Brass 49.09 39.74 9.35 80.95 3.) Show your work. Aluminum Energy Lost-89.89-63.55=26.34 J Aluminum Thermal Efficiency (%). e=q/w = 63.55/89.89x100=70.70% Friction Heating - 5 Brass Energy Lost- 49.09-39.74=9.35J Brass Thermal Efficiency..(%)-e=q/w = 39.74/49.09 x100=80.95% Results and Questions 1.) Give the equation you used to calculate the Power required to lift the mass. 2.) How did the internal energy change...
What is Total energy? Kinetic energy + Potential energy Chemical energy + Heat energy Potential energy + Heat energy Kinetic energy + Chemical energy
What is Total energy? Kinetic energy + Potential energy Chemical energy + Heat energy Potential energy + Heat energy Kinetic energy + Chemical energy
What is the change in internal energy of a chemical reaction that requires 75.7 J of heat and produces a gas that does 68.5 J of work on the surroundings? Select one: o a.-7.20 J O b.-144 J O c. 7.20 J o d. 144 J