Calculate the heat absorbed by the dipsidium CaMgSi2O6 when the temperature of the mineral increases from 298 to 1000k. According to the data below:

D-Q-1 Write T for true Statement or F for False Statement. [1]. Heat transfer: is transit mass between the bodies of materials due to the temperature difference [2]. Conduction: is this phenomenon replay to random motion, translational motion, rotational motion and internal vibrational motion of particles. [3]. The thermal diffusivity represents how fast heat diffuses through a material [4]. A material that has a low thermal conductivity or a low heat capacity will have a large thermal diffusivity. [5]. Heat transfer by radiation does not require the presence of an intervening medium. Convection is the mode of energy transfer between a solid surface and the adjacent liquid or gas that is in motion [6]. [7]. Conduction: is cold transfer from the higher particles activity to lower activity due to the temperature difference [8]. The larger the thermal diffusivity, the non-faster the propagation of heat into the medium [9]. The convection heat transfer coefficient in W/m. [10]. he rate of…

Give a good detailed explanation also along with the correct answer. Not just the answer.

Question 7 of 10 Calculate the change in enthalpy of nitrogen when it is heated from 25 to 100 C. Select the correct response: 985.78 J/mol 2185.5 J/mol 3275.4 J/mol 1405.6 J/mol

Gold nanoparticles find applications in photothermal therapy. Their optical properties lead to absorption of light which leads to generation of heat. The optical properties of gold NPs can be tailored by their physical properties - for photothermal therapy, which absorbance wavelength is most preferred; mark all that apply: Light in the UV spectrum Light in the visible spectrum 800-900 nm 600-800 nm Light within the near infrared spectrum

Using the equipartition theorem, determine the molar specific heat, Cv, of a gas in which each molecule has s degrees of freedom.

The phases in a distillation column come in contact with each other and exchange __________.   a heat   b none of these   c mass   d heat and mass