) As shown in the figure below, a Metal Part (Object 2) is submerged in water (@ 15°C) and suspended from a partially submerged Wood Block (Object 1) by a cable. Calculate: 1. the mass, m2, of the Metal Part in units of grams 2. the tension, T, in the cable in units of N. Neglect the volume of the cable. At least two Free Body Diagrams (FBD's) will be required to solve for both m2 and T. Draw and label FBD's in your analysis. The values will be small due to the small size of the parts. Trust your calculations. Unit checks are critical. Wood Block: 50 x 50 x 10 mm 1) 2.5 mm S9WB = 0.300 10 mm (2) H20, 15°C Metal Part: 6600 mm3

You have smooth slabs of Titanium (Ti), polycrystalline silica (SiO2), and atactic PS. Rank them from highest to lowest: Thermal conductivity (k)         Heat capacity (Cp)         Energy band gap (Eg)         Thermal expansion coefficient (a)         Transparency         Resistivity

Please help me solve this.

kindly help me with this problem solve as neatly as possible and show completesolution. Round your final answer to 4 decimal places and box / highlight all final answers. all values must include proper units with properconversion if needed in your solution. Please follow the format Given,Required,Solution thank you! 3. Jean Perrin carried out investigations on the sedimentation, in the gravitational field, ofparticles of gamboges, mastic and other paint pigments. Consider particles of density of1.2 g/cm3 with 10 nm radius. Assuming Stoke’s Law applies, estimate the distance (in cm)the particles would sediment in 1 hour, in water at 200C? Density of water = 0.998204g/cm3, viscosity of water = 1.002 cP.