Question

3) The pressure in the core of Jupiter is about 4.8 x 1012 Pa. At this pressure, water will not stay in liquid form, but if it did, what would its density be? The bulk modulus of water is 2.2 x 10 N/m2. (4 points)

Answer 1

Solution- Volume of water = 1 Yaes of boater Deniity of water Density of water on earth - 103 kg / m3 So, volume of water on earth = May of water let the density of water at Jupiter's core be pe for same mals. Now, Volume of water at Jupiter core = Man of water We know, B = P - AU AU= Man of water - Mair of water 103 - Man of water ( 103-1) 10^p, ao, 2.2 X 109 = _4.88 X 1012 Man of water (203-8) May of water - 10 1103p

Solution- Volume of water = 1 Yaes of boater Deniity of water Density of water on earth - 103 kg / m3 So, volume of water on earth = May of water let the density of water at Jupiter's core be pe for same mals. Now, Volume of water at Jupiter core = Man of water We know, B = P - AU AU= Man of water - Mair of water 103 - Man of water ( 103-1) 10^p, ao, 2.2 X 109 = _4.88 X 1012 Man of water (203-8) May of water - 10 1103p

Date: Page - - - 2.2 x 100 = 4.8 * 103 1012 -e 10²-p=4 2010 x 10² p 1000 = 2181p looo 2181 p= 0.46 kg/m3 This is a lot smaller density than on earth. Even smaller than gares (on earth). So, this is why #water at Jupiter does not condense