Help all questions In an experiment to measure the specific heat of material, a student first measured the masses of the following samples as given inTable 1.Table 1: Measurement of MassPhysical quantity measured in (g)Mass of Styrofoam cupMass of Styrofoam cup + waterMass of Aluminium sampleMass of Copper sampleValue60.518.762.7and then recorded the temperatures of the above two samples, in Table 2.Table 2: Measured values of TemperaturesHotEquilibriumColdSampletemperature (°C)temperature ("C) temperature (°C)Aluminium99.62825.5Copper99.63428Answer the following questions using the data given in Table 1 and Table 2.(Please enter the answers with two digits after decimal) (a) Calculation of specific heat capacity of Aluminium:Calculated QuantitiesValuesMass of the water (in g)Change in temperature of the hotobject (ATobjed) PC)Change in temperature of water(A Twder "C)Calculated specific heat of the Objectin cal/g°C(b) Calculation of the specific heat capacity of Copper:Calculated QuantitiesValuesMass of the water (in grams)Change in temperature of the hotobject (A Tobjea) (°C)Change in temperature of water(A Twder "C)Calculated specific heat of the Objectin cal/g°C

We use principle of calorimetry to find results. Standard Quantities Specific Heat (water), cw=1…

(a) Calculation of specific heat capacity of Aluminium: Calculated Quantities Values Mass of the water (in g) Change in temperature of the hot object (ATobjed) (°C) Change in temperature of water (A Twder) ("C) Calculated specific heat of the Object in cal/g°C (b) Calculation of the specific heat capacity of Copper: Calculated Quantities Values Mass of the water (in grams) Change in temperature of the hot object (ATobjea) (°C) Change in temperature of water (A Twder) ("C) Calculated specific heat of the Object in cal/g°C