10Find the transition time of 20g naphthalene with the surrounding temperature as 30oC.Let the boiling tube has mass 25 g, diameter 2.5 cm and thickness 0.15cm.How much time does 30g of ice takes to melt at a surrounding temperature of -50C. (We are using a boiling tube having mass= 20g, radius=1.5cm, thickness=0.2cm.)In the above experiment, let the surrounding temperature is changed to 0oC. What will be the change in the transition time for ice?Repeat the experiment for different surrounding temperatures and study the variation of melting point of ice.Calculate the melting point of wax having a mass 30g. Let we are using a boiling tube of mass 25g, having a thickness 0.5 cm and radius 1.5 cm.( Choose surrounding temperature as 40oC)

The aim of this question is to explain the transition time of the phase change of a substance. the…

Find the transition time of 20g naphthalene with the surrounding temperature as 30oC.Let the boiling tube has mass 25 g, diameter 2.5 cm and thickness 0.15cm. How much time does 30g of ice takes to melt at a surrounding temperature of -50C. (We are

Find the transition time of 20g naphthalene with the surrounding temperature as 30oC.Let the boiling tube has mass 25 g, diameter 2.5 cm and thickness 0.15cm. How much time does 30g of ice takes to melt at a surrounding temperature of -50C. (We are

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter34: Miscellaneous Separation Methods

Section: Chapter Questions

Problem 34.19QAP

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Question

Find the transition time of 20g naphthalene with the surrounding temperature as 30^oC.Let the boiling tube has mass 25 g, diameter 2.5 cm and thickness 0.15cm.

How much time does 30g of ice takes to melt at a surrounding temperature of -5⁰C. (We are using a boiling tube having mass= 20g, radius=1.5cm, thickness=0.2cm.)

In the above experiment, let the surrounding temperature is changed to 0^oC. What will be the change in the transition time for ice?

Repeat the experiment for different surrounding temperatures and study the variation of melting point of ice.

Calculate the melting point of wax having a mass 30g. Let we are using a boiling tube of mass 25g, having a thickness 0.5 cm and radius 1.5 cm.( Choose surrounding temperature as 40^oC)

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Step 4: Variation of melting point

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