(c) Find the magnitude of the weight (in Newtons) of the box. Enter a number N...

  

Transcribed Image Text:

(c) Find the magnitude of the weight (in Newtons) of the box. Enter a number N Submit (5 attempts remaining) Find the mass (in kg) of the box. Enter a number kg Submit (5 attempts remaining) Calculate the density (in kg/m) of the box. Enter a number kg/m Submit(5 attempts remaining) The cord breaks and the box rises to the surface, as shown in this figure. (d) When the box comes to rest, find the volume (in m) of the box that is under the water surface. Enter a number Archimedes Principle - Downward Tension Additional Force As shown in the above figure, a hollow plastic box is held below the surface of fresh water lake by a cord anchored to the bottom of the lake. The box has a volume of 0.060 m, and the tension in the cord is 305.0 N. The density of water is 1000 kg/m. (c) Find the magnitude of the weight (in Newtons) of the box. Enter a number N Submit (5 attempts remaining) Find the mass (in kg) of the box. Enter a number kg Submit (5 attempts remaining) Calculate the density (in kg/m) of the box. Enter a number kg/m Submit(5 attempts remaining) The cord breaks and the box rises to the surface, as shown in this figure. (d) When the box comes to rest, find the volume (in m) of the box that is under the water surface. Enter a number Archimedes Principle - Downward Tension Additional Force As shown in the above figure, a hollow plastic box is held below the surface of fresh water lake by a cord anchored to the bottom of the lake. The box has a volume of 0.060 m, and the tension in the cord is 305.0 N. The density of water is 1000 kg/m.