Determining Oil amp Ball Bearing Density Physics Explained

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=04y1YstHfoc

Full Answer: https://studysoup.com/tsg/177944/chem... • Discover how to determine the density of mineral oil and a metal ball bearing using a graduated cylinder. Learn the method of calculating the mass difference and volume to deduce the density and radius of the ball. Watch a detailed physics experiment explained step by step. • Question: • A graduated cylinder is filled to the 40.00-mL mark with a mineral oil. The masses of the cylinder before and after the addition of the mineral oil are 124.966 g and 159.446 g, respectively. In a separate experiment, a metal ball bearing of mass 18.713 g is placed in the cylinder and the cylinder is again filled to the 40.00-mL mark with the mineral oil. The combined mass of the ball bearing and mineral oil is 50.952 g. Calculate the density and radius of the ball bearing. [The volume of a sphere of radius r is (4 / 3)πr^3]. • StudySoup delivers curated study tools tailored for university students, empowering them to grasp more in less time. Our content zeroes in on key concepts, presented in a format that resonates best with student learning styles. Dive into our carefully crafted video content that aligns with general education and core curriculum, setting students up for exam success. Plus, for those navigating the intricacies of STEM courses, StudySoup offers invaluable tools crafted to support your higher education journey. • Socials • Website: https://studysoup.com/ • Instagram: / studysoup • TikTok: / studysoup

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