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4) (1) Show that when an ice cube floating in a glass of water is melting - the water level does not change. Make a thorough drawing of the situation. What is the buoyancy experienced by the ice cube? Show that when the ice cube has melted the water level in the glass has not changed.

4) (1) Show that when an ice cube floating in a glass of water is melting - the water level does not change. Make a thorough drawing of the situation. What is the buoyancy experienced by the ice cube? Show that when the ice cube has melted the water level in the glass has not changed.

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Can someone please solve this problem? I am having trouble.

Thank you so much

**Transcription for Educational Website:** --- **4) (I) Show that – when an ice cube floating in a glass of water is melting – the water level does not change.** - **Make a thorough drawing of the situation.** Create an illustration showing an ice cube floating in a glass of water. Highlight the water level while the ice cube is still solid. - **What is the buoyancy experienced by the ice cube?** Discuss the principle of buoyancy, which is the upward force exerted by the fluid that opposes the weight of the ice cube. Explain how this force allows the ice cube to float. - **Show that when the ice cube has melted the water level in the glass has not changed.** Demonstrate through explanation and illustration that as the ice melts, it turns into water which exactly compensates for the volume of the ice submerged initially, thereby leaving the water level unchanged. --- This segment explores the physics of buoyancy and the conservation of mass in a fluid system.
Transcribed Image Text:**Transcription for Educational Website:** --- **4) (I) Show that – when an ice cube floating in a glass of water is melting – the water level does not change.** - **Make a thorough drawing of the situation.** Create an illustration showing an ice cube floating in a glass of water. Highlight the water level while the ice cube is still solid. - **What is the buoyancy experienced by the ice cube?** Discuss the principle of buoyancy, which is the upward force exerted by the fluid that opposes the weight of the ice cube. Explain how this force allows the ice cube to float. - **Show that when the ice cube has melted the water level in the glass has not changed.** Demonstrate through explanation and illustration that as the ice melts, it turns into water which exactly compensates for the volume of the ice submerged initially, thereby leaving the water level unchanged. --- This segment explores the physics of buoyancy and the conservation of mass in a fluid system.
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