The Knowledge Which No One Can Have

Things and people can be analyzed only in terms of the properties which they exhibit. No two things can be the same. But, two or more different things can have the same property. Certain properties are exhibited by all things while some other properties are not exhibited by all things.
Everyone and everything can exhibit: 1. divisibility 2. comparability 3. connectivity 4. disturbability 5. reorderability 6. substituability and 7. satisfiability. Divisibility is the property without which no one can either be a part or be a whole. Comparability is the property without which no one can either be an equivalence or be a difference. Connectivity is the property without which no one can either be a link or be a limit. Disturbability is the property without which no one can either be a influence or be a sensation. Reorderability is the property without which no one can either be an origin or be a derivative. Substitutability is the property without which no one can either be a constituent or be a substituent. A substituent substitutes the constitutent. Satisfiability is the property without which no one can either be a requirement or a fulfillment. Since everyone and everything appear to exhibit these properties, the following self-evident questions and conclusions arise.
* What cannot exhibit divisibility? Can a thing which cannot exhibit divisibility be made?
* What cannot exhibit comparability? Can a thing which cannot exhibit comparability be made?
* What cannot exhibit connectivity? Can a thing which cannot exhibit connectivity be made?
* What cannot exhibit disturbability? Can a thing which cannot exhibit disturbability be made?
* What cannot exhibit reorderability? Can a thing which cannot exhibit reorderability be made?
* What cannot exhibit substituability? Can a thing which cannot exhibit substituability be made?
* What cannot exhibit satisfiability? Can a thing which cannot exhibit satisfiability be made?
No one can have the knowledge to make a thing which cannot exhibit: 1. divisibility 2. comparability 3. connectivity 4. disturbability 5. reorderability 6. substituability and 7. satisfiability. Why can't one make a thing which cannot exhibit: 1. divisibility 2. comparability 3. connectivity 4. disturbability 5. reorderability 6. substituability and 7. satisfiability?
The preceding self-evident conclusion can be verified with the following illustrations (in the form of questions and answers) or by exhaustively analyzing the human knowledge.
Gene
* Can a gene which cannot exhibit divisibility be made? No. Every gene is a whole which can be divided into its parts - the nucleotides. The gene is also a part (division) of another whole, the chromosome. Further questions: How can one identify those which are the parts of a gene? How can one identify those which contain the gene?
* Can a gene which cannot exhibit comparability be made? No. Every gene is equivalent to other genes and other things in some respects. Every gene is also differernt from other genes and other things in some other respects. Further questions: How can one identify those which are equivalent to a given gene? How can one identify those which are different from a gene?
* Can a gene which cannot exhibit connectivity be made? No. Every gene is connected to other genes and things functionally and structurally. The nucleotides of the genes are connected through the phosphodiester bonds. Everything is not a gene and a gene is not everything. Every gene is limited by things to which it is connected. Every gene is also a limit to the things which are connected to a gene. Further questions: How can one identify those which are connected to a gene? How can one identify those which limit a gene?
* Can a gene which cannot exhibit disturbability be made? No. Every gene affects (disturbs) the other things (the sensors, the sensations) which can sense a gene and the changes in the gene. Every gene is in turn affected (disturbed) by the other things (the influences) which can affect the genes and their functions. For instance, the change in the temperature of the environment influences the heat responsive elements and then, the heat responsive genes leading to the producton of heat shock proteins. Further questions: How can one identify those which are affected by a gene? How can one identify those which affect a gene?
* Can a gene which cannot exhibit reorderability be made? No. Every gene is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every gene is also a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a gene? How can one identify those which orginate a gene?
* Can a gene which cannot exhibit substituability be made? No. Every gene can be functionally and structurally substituted by other elements. Every gene can also substitute the functions of functionally related genes. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a gene? How can one identify those which can be substituted by a gene?
* Can a gene which cannot exhibit satisfiability be made? No. Every gene is required to safisfy the plan with which the gene is made. Further questions: How can one identify those which require a gene? How can one identify those required by a gene?
Tomato
* Can a tomato which cannot exhibit divisibility be made? No. Every tomato is a whole which can be divided into its parts - epidermis, septa, seed, placental tissue, columella, vascular bundle, locular cavity and pericarp. The tomato itself is a part (division) of a whole, the tomato plant. Further questions: How can one identify those which are the parts of a tomato? How can one identify those which contain tomato?
* Can a tomato which cannot exhibit comparability be made? No. Every tomato is equivalent to the other tomatoes and other things in some respects. Every tomato is also differernt from the other tomatoes and other things in some other respects. Further questions: How can one identify those which are equivalent to a tomato? How can one identify those which are different from a tomato?
* Can a tomato which cannot exhibit connectivity be made? No. Every tomato is connected to the other things functionally and structurally. The part of a tomato also are also interconnected. Everything is not a tomato and a tomato is not everything. Every tomato is limited by things to which it is connected. Every tomato is also a limit to the things which are connected it. Further questions: How can one identify those which are connected to a tomato? How can one identify those which limit a tomato?
* Can a tomato which cannot exhibit disturbability be made? No. Every tomato affects (disturbs) the other things (the sensations, sensors) which can sense a tomato and the changes in it. Every tomato is in turn affected (disturbed) by the other things (the influences) which affect the tomato in several ways. For example, microorganisms can infect the tomato and make the tomato rotten. Further questions: How can one identify those which are affected by a tomato? How can one identify those which affect a tomato?
* Can a tomato which cannot exhibit reorderability be made? No. Every tomato is the origin (the intial order) which can be reordered. Every tomato is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a tomato? How can one identify those which orginate a tomato?
* Can a tomato which cannot exhibit substituability be made? No. Every tomato can be functionally and structurally substituted by other elements. Every tomato can also substitute the functions of functionally related vegetables. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a tomato? How can one identify those which can be substituted by a tomato?
* Can a tomato which cannot exhibit satisfiability be made? No. Every tomato is required to safisfy specific needs. Further questions: How can one identify those which require a tomato? How can one identify those required by a tomato?
Love
* Can a love which cannot exhibit divisibility be made? No. Every love is a whole which can be divided into its parts - the partners in love - the lover and the loved. The love itself is a part (division) of a whole, the humanity. Further questions: How can one identify those which are the parts of a love? How can one identify those which contain love?
* Can a love which cannot exhibit comparability be made? No. Every love is equivalent to other love and other things in some respects. Every love is also differernt from other love and other things in some respects. Further questions: How can one identify those which are equivalent to a love? How can one identify those which are different from a love?
* Can a love which cannot exhibit connectivity be made? No. Every love is connected to other love and things functionally and structurally. The partner in love are connected. Everything is not a love and a love is not everything. Every love is limited by things to which it is connected. Every love is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a love? How can one identify those which limit a love?
* Can a love which cannot exhibit disturbability be made? No. Every love affects (disturbs) the other things. Every love is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a love? How can one identify those which affect a love?
* Can a love which cannot exhibit reorderability be made? No. Every love is the origin (the intial order) which can be reordered. Every love is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a love? How can one identify those which orginate a love?
* Can a love which cannot exhibit substituability be made? No. Every love can be functionally and structurally substituted by other love. Every love can also substitute the functions of functionally related love. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a love? How can one identify those which can be substituted by a love?
* Can a love which cannot exhibit satisfiability be made? No. Every love is required to safisfy specific needs. Further questions: How can one identify those which require a love? How can one identify those required by a love?
Potato
* Can a potato which cannot exhibit divisibility be made? No. Every potato is a whole which can be divided into its parts - the nucleotides. The potato itself is a part (division) of a whole, the chromosome. Further questions: How can one identify those which are the parts of a potato? How can one identify those which contain the potato?
* Can a potato which cannot exhibit comparability be made? No. Every potato is equivalent to other potatos and other things in some aspects. Every potato is also differernt from other potatos and other things in some aspects. Further questions: How can one identify those which are equivalent to a given potato? How can one identify those which are different from a potato?
* Can a potato which cannot exhibit connectivity be made? No. Every potato is connected to other potatos and things functionally and structurally. The nucleotides of the potatos are connected through the phosphodiester bonds. Everything is not a potato and a potato is not everything. Every potato is limited by things to which it is connected. Every potato is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a potato? How can one identify those which limit a potato?
* Can a potato which cannot exhibit disturbability be made? No. Every potato affects (disturbs) the other things. Every potato is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a potato? How can one identify those which affect a potato?
* Can a potato which cannot exhibit reorderability be made? No. Every potato is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a potato? How can one identify those which orginate a potato?
* Can a potato which cannot exhibit substituability be made? No. Every potato can be functionally and structurally substituted by other elements. Every potato can also substitute the functions of functionally related potatos. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a potato? How can one identify those which can be substituted by a potato?
* Can a potato which cannot exhibit satisfiability be made? No. Every potato is required to safisfy specific needs. Further questions: How can one identify those which require a potato? How can one identify those required by a potato?
Atom
* Can an atom which cannot exhibit divisibility be made? No. Every atom is a whole which can be divided into its parts - the subatomic particles - electrons, protons, neutrons. The atom itself is a part (division) of a whole, the compounds - ions, molecules and free radiacals. Further questions: How can one identify those which are the parts of an atom? How can one identify those which contain atoms?
* Can an atom which cannot exhibit comparability be made? No. Every atom is equivalent to other atoms and other things in some aspects. Every atom is also differernt from other atoms and other things in some aspects. Further questions: How can one identify those which are equivalent to a given atom? How can one identify those which are different from a atom?
* Can an atom which cannot exhibit connectivity be made? No. Every atom is connected to other atoms and things functionally and structurally. The nucleotides of the atoms are connected through the phosphodiester bonds. Everything is not an atom and an atom is not everything. Every atom is limited by things to which it is connected. Every atom is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a atom? How can one identify those which limit a atom?
* Can an atom which cannot exhibit disturbability be made? No. Every atom affects (disturbs) the other things. Every atom is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a atom? How can one identify those which affect a atom?
* Can an atom which cannot exhibit reorderability be made? No. Every atom is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a atom? How can one identify those which orginate a atom?
* Can an atom which cannot exhibit substituability be made? No. Every atom can be functionally and structurally substituted by other elements. Every atom can also substitute the functions of functionally related atoms. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a atom? How can one identify those which can be substituted by a atom?
* Can an atom which cannot exhibit satisfiability be made? No. Every atom is required to safisfy specific needs. Further questions: How can one identify those which require a atom? How can one identify those required by a atom?
Molecule
* Can a molecule which cannot exhibit divisibility be made? No. Every molecule is a whole which can be divided into its atoms and bonds. The molecule itself is a part (division) of a whole, the chromosome. Further questions: How can one identify those which are the parts of a molecule? How can one identify those which contain the molecule?
* Can a potato which cannot exhibit comparability be made? No. Every molecule is equivalent to other molecules and other things in some aspects. Every molecule is also differernt from other molecules and other things in some aspects. Further questions: How can one identify those which are equivalent to a given molecule? How can one identify those which are different from a molecule?
* Can a potato which cannot exhibit connectivity be made? No. Every molecule is connected to other molecules and things functionally and structurally. The nucleotides of the molecules are connected through the phosphodiester bonds. Everything is not a molecule and a molecule is not everything. Every molecule is limited by things to which it is connected. Every molecule is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a molecule? How can one identify those which limit a molecule?
* Can a potato which cannot exhibit disturbability be made? No. Every molecule affects (disturbs) the other things. Every molecule is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a molecule? How can one identify those which affect a molecule?
* Can a potato which cannot exhibit reorderability be made? No. Every molecule is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a molecule? How can one identify those which orginate a molecule?
* Can a potato which cannot exhibit substituability be made? No. Every molecule can be functionally and structurally substituted by other elements. Every molecule can also substitute the functions of functionally related molecules. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a molecule? How can one identify those which can be substituted by a molecule?
* Can a potato which cannot exhibit satisfiability be made? No. Every molecule is required to safisfy specific needs. Further questions: How can one identify those which require a molecule? How can one identify those required by a molecule?
Concept
* Can a concept which cannot exhibit divisibility be made? No. Every concept is a whole which can be divided into its parts - the percepts. The concentp itself is a part (division) of a whole, the knowledge. Further questions: How can one identify those which are the parts of a concept? How can one identify those which contain the concept?
* Can a concept which cannot exhibit comparability be made? No. Every concept is equivalent to other concepts and other things in some aspects. Every concept is also differernt from other concepts and other things in some aspects. Further questions: How can one identify those which are equivalent to a given concept? How can one identify those which are different from a concept?
* Can a concept which cannot exhibit connectivity be made? No. Every concept is connected to other concepts and things functionally and structurally. The nucleotides of the concepts are connected through the phosphodiester bonds. Everything is not a concept and a concept is not everything. Every concept is limited by things to which it is connected. Every concept is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a concept? How can one identify those which limit a concept?
* Can a concept which cannot exhibit disturbability be made? No. Every concept affects (disturbs) the other things. Every concept is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a concept? How can one identify those which affect a concept?
* Can a concept which cannot exhibit reorderability be made? No. Every concept is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a concept? How can one identify those which orginate a concept?
* Can a concept which cannot exhibit substituability be made? No. Every concept can be functionally and structurally substituted by other elements. Every concept can also substitute the functions of functionally related concepts. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a concept? How can one identify those which can be substituted by a concept?
* Can a concept which cannot exhibit satisfiability be made? No. Every concept is required to safisfy specific needs. Further questions: How can one identify those which require a concept? How can one identify those required by a concept?
Event
* Can an event which cannot exhibit divisibility be made? No. Every event is a whole which can be divided into its parts - the subevents. The event itself is a part (division) of a whole, the major event. Further questions: How can one identify those which are the parts of a event? How can one identify those which contain the event?
* Can a event which cannot exhibit comparability be made? No. Every event is equivalent to other events and other things in some aspects. Every event is also differernt from other events and other things in some aspects. Further questions: How can one identify those which are equivalent to a given event? How can one identify those which are different from a event?
* Can a event which cannot exhibit connectivity be made? No. Every event is connected to other events and things functionally and structurally. The nucleotides of the events are connected through the phosphodiester bonds. Everything is not an event and an event is not everything. Every event is limited by things to which it is connected. Every event is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a event? How can one identify those which limit a event?
* Can a event which cannot exhibit disturbability be made? No. Every event affects (disturbs) the other things. Every event is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a event? How can one identify those which affect a event?
* Can a event which cannot exhibit reorderability be made? No. Every event is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a event? How can one identify those which orginate a event?
* Can a event which cannot exhibit substituability be made? No. Every event can be functionally and structurally substituted by other elements. Every event can also substitute the functions of functionally related events. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a event? How can one identify those which can be substituted by a event?
* Can a event which cannot exhibit satisfiability be made? No. Every event is required to safisfy specific needs. Further questions: How can one identify those which require a event? How can one identify those required by a event?
Mathematical Equation
* Can a mathematical which cannot exhibit divisibility be made? No. Every mathematical is a whole which can be divided into its parts - the variables, constants and operators. A mathematical equation can alos be a part (division) of another equation. Further questions: How can one identify those which are the parts of a mathematical equation? How can one identify those which contain mathematical equations?
* Can a mathematical equation which cannot exhibit comparability be made? No. Every mathematical equation is equivalent to other mathematical equations and other things in some aspects. Every mathematical equation is also differernt from other mathematical equations and other things in some aspects. Further questions: How can one identify those which are equivalent to a given mathematical equation? How can one identify those which are different from a mathematical equation?
* Can a mathematical equation which cannot exhibit connectivity be made? No. Every mathematical equation is connected to other mathematical equations and things functionally and structurally. The nucleotides of the mathematical equations are connected through the phosphodiester bonds. Everything is not a mathematical equation and a mathematical equation is not everything. Every mathematical equation is limited by things to which it is connected. Every mathematical equation is also a limit to the things which are connected to it. Further questions: How can one identify those which are connected to a mathematical equation? How can one identify those which limit a mathematical equation?
* Can a mathematical equation which cannot exhibit disturbability be made? No. Every mathematical equation affects (disturbs) the other things. Every mathematical equation is in turn affected (disturbed) by the other things. Further questions: How can one identify those which are affected by a mathematical equation? How can one identify those which affect a mathematical equation?
* Can a mathematical equation which cannot exhibit reorderability be made? No. Every mathematical equation is the origin (the intial order) which can be reordered through mutation, recombination, transpostion. Every is a derivative which is derived through the activities of evolution. Further questions: How can one identify those which are derived from a mathematical equation? How can one identify those which orginate a mathematical equation?
* Can a mathematical equation which cannot exhibit substituability be made? No. Every mathematical equation can be functionally and structurally substituted by other elements. Every mathematical equation can also substitute the functions of functionally related mathematical equations. Note: Constituent - what is substituted, substituent - what substitutes. Further questions: How can one identify those which can substitute a mathematical equation? How can one identify those which can be substituted by a mathematical equation?
* Can a mathematical equation which cannot exhibit satisfiability be made? No. Every mathematical equation is required to safisfy specific needs. Further questions: How can one identify those which require a mathematical equation? How can one identify those required by a mathematical equation?
. . .
So on...
Where these questions used
The open ended questions are used in teaching to prepare and set the student minds to acquire, analyze, integrate and articulate the knowledge on diverse things and also to identify the repetions and reproductions in human knowlege.
* What would happen if no thing could exhibit divisibility?
* What would happen if no thing could exhibit comparability?
* What would happen if no thing could exhibit connectivity?
* What would happen if no thing could exhibit disturbability?
* What would happen if no thing could exhibit reorderability?
* What would happen if no thing could exhibit substituability?
* What would happen if no thing could exhibit satisfiability?
Everyone who could not identify these properties would have no knowledge on the properties of things.

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