The height of the cylinder (h) is 3.
The volume is \(9\pi \), and using the formula for the volume of a cylinder \((\pi r²h = 9\pi),\) we find that the radius (r) is \(\sqrt{3}. \)
The radius of the ball (R) is 2.
The height of O, the centre of the ball, above the line representing the top of the cylinder is denoted as 'a'\( (a = 1).\)
Therefore, the height of the topmost point of the ball from the base of the cylinder is \(h + a + R = 3 + 1 + 2 = 6.\)
From one face of a solid cube of side 14 cm, the largest possible cone is carved out. Find the volume and surface area of the remaining solid.
Use $\pi = \dfrac{22}{7}, \sqrt{5} = 2.2$