What is a resistor of resistance R is cut into 3 equal parts?

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When A uniform wire of resistance r is cut into equal parts?

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What will happen if a wire of resistance R is cut into 4 equal parts?

What will happen if a wire of resistance R is cut into 4 equal parts?
Answer : When a wire of resistance \( R \) is cut into 4 equal parts, each of the new pieces will have a resistance of **one-fourth** of the original resistance. Here's why: 1. **Resistance and Length**: The ... if the original resistance was \( R \), each new piece will have resistance \( \frac{R}{4} \)....

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When a wire of resistance r is cut into two equal parts?

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When a uniform wire of resistance r is cut into equal parts?

When a uniform wire of resistance r is cut into equal parts?
Answer : When a uniform wire of resistance \( r \) is cut into equal parts, the resistance of each new part depends on how many parts the wire is divided into. ### Key Concept: Resistance and Length Relationship ... n \) equal parts, the resistance of each part will be **1/n** of the original resistance....

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When a 90 ohm resistor is cut into 3 equal parts?

When a 90 ohm resistor is cut into 3 equal parts?
Answer : When a 90-ohm resistor is cut into 3 equal parts, the resistance of each part will change. The total resistance is divided equally among the parts. Since the resistor is cut into 3 equal pieces, the resistance ... \, \Omega \] Therefore, each of the 3 pieces will have a resistance of **30 ohms**....

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When a resistor is cut into 5 equal parts?

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What is a wire of resistance R is cut into 5 parts?

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When a uniform wire of resistance 5 ohm is cut into 5 equal parts?

When a uniform wire of resistance 5 ohm is cut into 5 equal parts?
Answer : When you cut a uniform wire into 5 equal parts, each part will have 1/5 of the original wire's length. Since the resistance of a wire is directly proportional to its length (assuming the material and cross- ... \] ### Conclusion: The resistance of each of the 5 equal parts will be **1 ohm**....

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When a wire of resistance r is cut into two equal halves?

When a wire of resistance r is cut into two equal halves?
Answer : When a wire with resistance \( r \) is cut into two equal halves, the resistance of each half will change. Here's why: 1. **Resistor Resistance Formula**: The resistance of a wire is directly proportional to ... the wire into two equal halves, the resistance of each half will be \( \frac{r}{2} \)....

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What if 9 ohm resistance is cut into three equal parts?

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When a wire of resistance r is cut into three pieces?

When a wire of resistance r is cut into three pieces?
Answer : When a wire of resistance \( r \) is cut into three pieces, the resistance of each piece depends on how long each piece is compared to the original wire. Assuming the wire is made from a ... Let me know if you'd like to go deeper into how the resistances are calculated for different cut lengths!...

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When a wire of resistance r is cut into 10?

When a wire of resistance r is cut into 10?
Answer : When a wire of resistance \( r \) is cut into 10 equal parts, the resistance of each smaller piece will change. The total resistance of the wire depends on its length and the material it's made from. Resistance (\ ... ] So, the resistance of each of the 10 smaller pieces will be \( \frac{r}{10} \)....

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When a wire of resistance r is cut into two?

When a wire of resistance r is cut into two?
Answer : When a wire with resistance \( r \) is cut into two parts, the resistance of each part depends on how the wire is divided. ### Key points to remember: 1. **Resistivity**: The resistance of a wire is ... {r}{2} \). - **Unequal parts**: Each part's resistance depends on the ratio of the lengths....

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When A wire of resistance 12 is cut into three?

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When wire is cut into half its resistivity?

When wire is cut into half its resistivity?
Answer : When a wire is cut in half, its **resistivity** does not change. Resistivity is a property of the material the wire is made of and is independent of its shape or size. It depends on the material itself, ... **resistance** of each half will be reduced to half of what it was before the wire was cut....

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What is the formula for the R of A resistor?

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What is R in resistor value?

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Does resistance change when wire is cut?

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What happens if resistance is cut in half?

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Is omega equal to V by R?

Is omega equal to V by R?
Answer : No, \(\omega\) is not equal to \(\frac{V}{R}\). Here's a breakdown: - **\(\omega\)** (omega) represents **angular frequency**, which is used to describe the frequency of a sinusoidal ... {R}\) is the current in a resistor according to Ohm's law. Let me know if you want further clarification!...

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What are the 3 parts of a loop?

What are the 3 parts of a loop?
Answer : A loop in programming generally has three main parts: 1. **Initialization**: This is where you set up the loop's starting conditions. It typically involves setting a variable that will control how ... . These three parts work together to control how and when the loop starts, continues, and stops....

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What are the 3 parts of a thyristor?

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What is the Q (Quality factor) of a series circuit that resonates at 10 kHz, has equal reactance of 5 kilo-ohms each, and a resistor value of 50 ohms?

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What are the three 3 main parts of lead-acid battery?

What are the three 3 main parts of lead-acid battery?
Answer : A lead-acid battery has three main parts: 1. **Positive Plate**: This is made of lead dioxide (PbO2) and stores the electrical energy during charging. 2. **Negative Plate**: ... discharging. These parts work together to store and release energy as the battery goes through chemical reactions....

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What are the 3 parts of Ohm's law?

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What are 3 main parts of circuit?

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What are the 3 parts of an electrical circuit?

What are the 3 parts of an electrical circuit?
Answer : An electrical circuit has three main parts: 1. **Power Source**: This provides the energy needed for the circuit to function. Common examples include batteries or power outlets. 2. ** ... electrical circuit, allowing the flow of electrical energy from the power source to the load and back....

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What are the 3 main parts of Arduino program?

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What are the three 3 main parts of an electric motor?

What are the three 3 main parts of an electric motor?
Answer : An electric motor has three main parts: 1. **Stator**: This is the stationary part of the motor. It creates a magnetic field, which is crucial for the motor to work. The stator ... rings might be used instead. These three parts work together to convert electrical energy into mechanical motion....

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What is 3-phase induction motor parts?

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What will be the new resistance of A wire of resistance r is stretched to four times its initial length?

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What will the resistance of a wire have resistance r if it is stretched to 4 times its length?

What will the resistance of a wire have resistance r if it is stretched to 4 times its length?
Answer : When a wire is stretched, its resistance changes due to the change in its length and cross-sectional area. The resistance of a wire is given by the formula: \[ R = \rho \frac{L}{A} \] Where: - \( ... factor of 16. So, the new resistance will be \( 16r \), where \( r \) is the original resistance....

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When a wire of resistance R is stretched?

When a wire of resistance R is stretched?
Answer : When a wire of resistance \( R \) is stretched, its resistance increases. This happens because the wire's physical dimensions change-its length increases and its cross-sectional area decreases. Here's the ... So, if you stretch a wire, both these factors combine to make the new resistance higher....

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When a wire of resistance R is stretched to thrice of its original length what is its new resistance?

When a wire of resistance R is stretched to thrice of its original length what is its new resistance?
Answer : When a wire is stretched to three times its original length, its new resistance can be found using the formula for the resistance of a wire: \[ R = \rho \frac{L}{A} \] Where: - \( R \) is the ... resistance will be **9 times** the original resistance. Hence, the new resistance is: \[ R' = 9R \]...

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When a uniform metallic wire of resistance R is stretched?

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What will be the new resistance when a wire of resistance R is stretched to four times its initial length?

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When a wire of resistance R is stretched so that its radius becomes half?

When a wire of resistance R is stretched so that its radius becomes half?
Answer : When a wire of resistance \( R \) is stretched, its length increases, and the cross-sectional area decreases. If the radius of the wire becomes half, we can calculate the new resistance using ... the radius of the wire becomes half, the new resistance becomes **16 times** the original resistance....

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When a wire of resistance R is stretched to twice its original length?

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What is a wire of resistance R and radius R compressed back to?

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What is the new resistance of a given wire has resistance r if its radius is halved and length is unchanged?

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What is the new resistance of a wire of resistance R is doubled on itself?

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What will be the new resistance of a wire of resistance r is stretched to four times its initial length?

What will be the new resistance of a wire of resistance r is stretched to four times its initial length?
Answer : When a wire is stretched, its resistance changes because the length and the cross-sectional area of the wire change. The resistance of a wire is given by the formula: \[ R = \rho \frac{L}{A} \] Where: - \ ... initial resistance of the wire is \( r \), the new resistance will be: \[ R' = 16r \]...

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When a uniform wire of resistance R is stretched?

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What is the new resistance of a wire of resistance R is stretched to thrice its length?

What is the new resistance of a wire of resistance R is stretched to thrice its length?
Answer : When a wire is stretched, its length increases, and its cross-sectional area decreases. The resistance of a wire is given by the formula: \[ R = \rho \frac{L}{A} \] Where: - \( R ... resistance of the wire after being stretched to three times its length will be **9 times** its original resistance....

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What is a wire of resistance R is melted and stretched to N times?

What is a wire of resistance R is melted and stretched to N times?
Answer : When a wire of resistance \( R \) is melted and then stretched to \( N \) times its original length, its resistance changes. Here's how to understand it: ### 1. **Understanding Resistance:** The resistance \( R ... resistance \( R_{\text{new}} \) is \( N^3 \) times the original resistance \( R \)....

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When a wire of resistance R is stretched uniformly until it is twice its original length?

When a wire of resistance R is stretched uniformly until it is twice its original length?
Answer : When a wire is stretched uniformly until its length is doubled, its resistance changes. Here's why: 1. **Resistance Formula**: The resistance of a wire is given by the formula: \[ R = \rho ... original length, the new resistance becomes **4 times** the original resistance, i.e., \( 4R \)....

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When a uniform wire of resistance R is stretched to N times?

When a uniform wire of resistance R is stretched to N times?
Answer : When a uniform wire of resistance \( R \) is stretched to \( N \) times its original length, its resistance will change. The resistance of a wire depends on its length, cross-sectional area, and the material's resistivity. The ... \( N^2 \). So, the new resistance will be: \[ R' = N^2 \cdot R \]...

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