TEST of CREATIVE QUESTIONS

 TEST of CREATIVE  QUESTIONS

 ( 12 July 2024 )

( Try “ Make Students Think “ : Questions Beyond Syllabus “ )

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This test proves that , for any given question , answers received from both, My Virtual Avatar ( www.HemenParekh.ai ) and from www.My-Teacher.in , are IDENTICAL.

This was as expected since both of these portals are using SAME API from Personal.ai ( - which, in turn , draws upon ChatGPT – whenever it fails to find a suitable answer from my 184,808 memory blocks )

We can see that when it comes to “ Syllabus-based Questions “ , “ My Teacher “ provides a little longer answers with a little bit more explanations

 

Question ( by ChatGPT )	Answer by My Virtual Avatar	Answer by My Teacher
Questions Beyond Syllabus : Make Students Think
Why do different materials conduct heat differently?	Different materials conduct heat differently due to their thermal conductivity. Thermal conductivity is a measure of how well a material conducts heat. It depends on the nature of the material and its atomic structure. For example, metals like copper have high thermal conductivity, allowing them to conduct heat rapidly, while insulators like wood have low thermal conductivity, making them poor conductors of heat.	Different materials conduct heat differently due to their thermal conductivity. Thermal conductivity is a measure of how well a material conducts heat. It depends on the nature and arrangement of atoms or molecules in the material. For example, good thermal conductors like metals have high thermal conductivity because their atoms are closely packed and can transfer energy more easily, while insulators like wood have low thermal conductivity because they trap heat within their structure.
How do atoms combine to form molecules?	Atoms combine to form molecules through the formation of chemical bonds. The attractive force which holds various constituents (atoms, ions, etc.) together in different chemical species is called a chemical bond. There are different types of bonds such as covalent and ionic bonds that result from the sharing or transfer of electrons between atoms.	Atoms combine to form molecules through the formation of chemical bonds. The attractive force which holds various constituents (atoms, ions, etc.) together in different chemical species is called a chemical bond. There are different types of bonds such as covalent and ionic bonds that result from the sharing or transfer of electrons between atoms.
Which are the most common shapes on Earth ? in the Universe ?	Shapes like circles, squares, triangles, and rectangles are some of the most common shapes found on Earth. These shapes can be seen in everyday objects around us and even in nature. Did you know that these basic shapes play a significant role in art, architecture, engineering, and various other fields?	Shapes like circles, squares, rectangles, and triangles are some of the most common shapes found on Earth. These shapes can be seen in everyday objects around us and even in nature. Did you know that these basic shapes play a significant role in art, architecture, engineering, and various other fields?
What has a human’s 10 fingers and 10 toes to do with the decimal system ?	The connection between a human's 10 fingers and the decimal system is quite interesting. The reason behind it is that our number system, which is based on powers of ten, aligns perfectly with the number of digits we have. This makes counting and calculations much more intuitive for us as humans.	The connection between a human's 10 fingers and the decimal system is quite interesting. The reason behind it is that our number system, which we call the decimal system, is based on powers of ten. This means that each place value in a number represents a power of ten. For example, in the number 365, the '3' represents hundreds (which is 10 raised to the power of two), '6' represents tens (which is 10 raised to the power of one), and '5' represents ones (which is 10 raised to the power of zero). So, having ten fingers makes it easier for us humans to understand and work with this base-ten numerical system.
Questions from Syllabus :
How is heat transferred in solids, liquids and gases ?	Heat is transferred in solids through conduction, where it moves from one part of the body to another due to a temperature difference. In liquids and gases, heat transfer occurs through convection, which involves the actual motion of matter. This can be natural or forced convection.	Heat is transferred in solids through conduction, where it moves from one part of a body to another due to temperature difference. In liquids and gases, heat is transferred through convection, which involves the actual motion of matter. Convection can be natural or forced. Natural convection occurs when a fluid is heated from below and the hot part rises while the colder part replaces it. Forced convection happens when material is forced to move by a pump or other physical means.
Explain the concept of Ratio with an example from everyday life	In everyday life, we often use ratios without realizing it. For instance, if you compare the time taken by Saurabh to reach school (15 minutes) and Sachin's time (1 hour), you can find the ratio of their travel times. Another example is comparing the cost of a toffee (50 paise) to a chocolate (`10). These comparisons help us understand how one quantity relates to another in different situations.	In everyday life, we often compare two quantities of the same type using ratios. For instance, if Saurabh takes 15 minutes to reach school and Sachin takes one hour, then the ratio of their time taken is 1:4. Another example could be comparing the cost of a toffee (50 paise) to that of a chocolate (`10), which gives us a ratio of 1:20. These comparisons help us understand how one quantity relates to another in different situations.