Question

4) Sodium Chlorate crystals are easy to grow in the shape of cubes by allowing a solution of sodium chlorate and water to evaporate slowly. Suppose that the Volume of such a cube is decreasing at a rate of 300 mm³/hr. If the cube has side length x, at what rate is the side length decreasing at the instant x = 10 mm? 900 mm/hr 3 mm/hr 1 mm/hr 10 mm/hr

          4) Sodium Chlorate crystals are easy to grow in the shape of cubes by allowing a solution of sodium chlorate and water to evaporate slowly. Suppose that the Volume of such a cube is decreasing at a rate of 300 mm³/hr. If the cube has side length x, at what rate is the side length decreasing at the instant x = 10 mm?

900 mm/hr
3 mm/hr
1 mm/hr
10 mm/hr

4) Sodium Chlorate crystals are easy to grow in the shape of cubes by allowing a solution of sodium chlorate and water to evaporate slowly. Suppose that the Volume of such a cube is decreasing at a rate of 300 mm³/hr. If the cube has side length x, at what rate is the side length decreasing at the instant x = 10 mm?

900 mm/hr
3 mm/hr
1 mm/hr
10 mm/hr

Added by Alfredo C.

Calculus: Early Transcendentals

James Stewart 8th Edition

Instant Answer

Solved by Expert Adi S

07/22/2022

Step 1

Step 1: Given that the volume of the cube is decreasing at a rate of -300 mm³/hr and we need to find the rate at which the side length is decreasing when x = 10 mm. Show more…

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In the shape of cubes, by allowing the solution of Sodium Chlorate crystals to grow, the volume of such a cube is chlorate and water to evaporate slowly. Suppose sodium 300 mm/hr. If the cube has a side length x, at what rate is the side decreasing at a rate of length decreasing at the instant x = 10 mm? 900 mm/hr 3 mm/hr mm/hr 10 mm/hr