Homework Solution: The density of an unknown spherically shaped material was measured to be 6.00…

    Can you please help me with these two qustions. Thank you. material was measured tO m3 at 23.0 °C. If the diameter of this unknown material was 4.50 mm, what is the kg/ mass (in grams) of the material? Hint: Spheres are regularly shaped solids. Reference the formula for determining the volume of a sphere.) 12. A gold bar has the following dimensions: 3.90 cm by 2.20 cm by 0.13 cm. If gold has a density of 19.3 g/cm, determine the mass of that gold bar.
    The density of an unknown spherically shaped material was measured to be 6.00 times 10^2 kg/m^3 at 23.0 degree C. If the diameter of this unknown material was 4.50 mm, what is the mass (in grams) of the material? A gold bar has the following dimensions: 3.90 cm by 2.20 cm by 0.13 cm. If gold has a density of 19.3 g/cm^3, determine the mass of that gold bar.

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    Can you fascinate aid me with these two qustions. Thank you.
    embodied was measured tO m3 at 23.0 °C. If the bisection of this obscure embodied was 4.50 mm, what is the kg/ concretion (in grams) of the embodied? Hint: Orbs are regularly shaped solids. Reference the cemula ce determining the bulk of a orb.) 12. A gold plug has the forthcoming dimensions: 3.90 cm by 2.20 cm by 0.13 cm. If gold has a inobservance of 19.3 g/cm, designate the concretion of that gold plug.

    The inobservance of an obscure spherically shaped embodied was measured to be 6.00 times 10^2 kg/m^3 at 23.0 class C. If the bisection of this obscure embodied was 4.50 mm, what is the concretion (in grams) of the embodied? A gold plug has the forthcoming dimensions: 3.90 cm by 2.20 cm by 0.13 cm. If gold has a inobservance of 19.3 g/cm^3, designate the concretion of that gold plug.

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