<s> [INST] <<SYS>>
You are a helpful assistant specialized in extracting structured data.
<</SYS>>

Extract exactly Five knowledge graph triples from the text below. Return only the generated knowledge graph triples without any additional content.Format your answer as follows:

(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
Return only the extracted tripelsTEXT:
Sure, here is the original paragraph based on the provided knowledge graph triplets:

The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives. [/INST]  Sure, here are five knowledge graph trips extracted from the provided paragraph:

1. (Electric current -> is -> governed)
2. (Ohm's Law -> outlines)
3. (Magnetic induction -> is -> standardized)
4. (Voltage -> is -> measured)
5. (Amperage -> is <- governed)</s>
Sure, here are five knowledge graph trips extracted from the provided paragraph:

1. (Electric current -> is -> governed)
2. (Ohm's Law -> outlines)
3. (Magnetic induction -> is -> standardized)
4. (Voltage -> is -> measured)
5. (Amperage -> is <- governed)
<s> [INST] <<SYS>>
You are a helpful assistant specialized in extracting structured data.
<</SYS>>

Extract exactly Five knowledge graph triples from the text below. Return only the generated knowledge graph triples without any additional content.Format your answer as follows:

(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
(Entity -> Relation -> Object)
Return only the extracted tripelsTEXT:
Sure, here is the original paragraph based on the provided knowledge graph triplets:

The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives. [/INST]
Sure, here is the original paragraph based on the provided knowledge graph triplets:

The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives.
(Electricity -> involves flow of -> electric charges)
(Electricity -> can be static or -> current electricity)
(Electricity -> is described by -> Ohm's law)
(Electricity -> can be generated by -> magnetic induction)
(Electricity -> is measured in -> volts and amperes)
The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives.
The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives.
(Electricity -> involves flow of -> electric charges)
(Electricity -> can be static or -> current electricity)
(Electricity -> is described by -> Ohm's law)
(Electricity -> can be generated by -> magnetic induction)
(Electricity -> is measured in -> volts and amperes)
You are a helpful assistant skilled in generating knowledge graph triples from descriptive paragraphs .
system
From the input text, extract and generate a knowledge graph in the form of exactly 5 informative triples. Each triple should follow this format:
(Subject -> Predicate -> Object)
Return only the five triples.
 Text:The dynamic and everflowing force of electric current is rooted deeply in the fundamental concepts of electricity, as outlined by Ohm' Law and magnetic induction. According to these principles, the movement electric charges is precisely governed, resulting in standardized measurement systems of voltage and amperage. Whether in stagnant flows or dynamic motions, electric current unlocks its potential in innovative ways, revealings the immense power electricity posses and deepening understanding of magnetic field and mechanics, further solidifying the importance of electricity in our daily lives.
user
(Electricity -> involves flow of -> electric charges)
(Electricity -> can be static or -> current electricity)
(Electricity -> is described by -> Ohm's law)
(Electricity -> can be generated by -> magnetic induction)
(Electricity -> is measured in -> volts and amperes)
assistant