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In the circuit shown in the figure the heat produced in 5ohm resistor due to the current flowing through it is 10 calories per second the heat generated in 4ohm resistor is?
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In the circuit shown in the figure the heat produced in 5ohm resistor ...
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In the circuit shown in the figure the heat produced in 5ohm resistor ...
Given information:
- Resistance of the first resistor (R1) = 5 ohms
- Heat produced in R1 due to the current flowing through it = 10 calories per second

To find:
- Heat generated in the second resistor (R2)

Explanation:


The amount of heat produced in a resistor is given by the formula:
Heat (H) = I^2 * R * t

Where:
- H is the heat produced in calories
- I is the current flowing through the resistor in amperes
- R is the resistance of the resistor in ohms
- t is the time in seconds

In this case, the heat produced in R1 is given as 10 calories per second. We can rearrange the formula to solve for the current flowing through R1:

I = sqrt(H / (R1 * t))

Let's assume the time is 1 second for simplicity. Substituting the given values:

I = sqrt(10 / (5 * 1)) = sqrt(2) ≈ 1.414 A

Now, we can use the current value to calculate the heat generated in R2. The resistance of R2 is given as 4 ohms:

Heat (H2) = I^2 * R2 * t

Substituting the calculated current value and assuming the time is 1 second:

H2 = (1.414)^2 * 4 * 1 = 2 * 4 = 8 calories per second

Therefore, the heat generated in the 4-ohm resistor (R2) is 8 calories per second.

Summary:
The heat generated in the 4-ohm resistor (R2) is 8 calories per second when the heat produced in the 5-ohm resistor (R1) is 10 calories per second.
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Read the following text and answer the following questions on the basis of the same:Types of resistors Most common type of resistor is Carbon Composition Resistors. Carbon resistors are a cheap, general purpose resistor used in electrical and electronic circuits. Their resistive element is manufactured from a mixture of finely ground carbon dust or graphite and a non-conducting ceramic powder to bind it all together. The ratio of carbon dust to ceramic (conductor to insulator) determines the resistive value of the resistor. Higher the ratio of carbon, lower the overall resistance. Film Type Resistors consist of Metal Film, Carbon Film and Metal Oxide Film .Such resistors are generally made by depositing pure metals, such as nickel, or an oxide film, such as tin-oxide, on an insulating ceramic rod or substrate. The resistive value of the resistor is controlled by increasing the desired thickness of the deposited film giving them the names of either “thick-film resistors” or “thin-film resistors”. Film type resistors can achieve much higher ohmic value compared to other types. Another type of resistor, called a Wirewound Resistor, is made by winding a thin metal alloy wire (Nichrom e) or similar wire on an insulating ceramic former in the form of a spiral helix. These types of resistors are generally only available in very low ohmic value with high precision . They are able to handle much higher electrical currents than other resistors of the same ohmic value with much excessive power ratings. These high power resistors are moulded into an aluminium heat sink body with fins attached to increase their overall surface area to promote heat loss and cooling.In carbon composition resistors, ______ the ratio of carbon, _____ the overall resistance.

Read the following text and answer the following questions on the basis of the same:Types of resistors Most common type of resistor is Carbon Composition Resistors. Carbon resistors are a cheap, general purpose resistor used in electrical and electronic circuits. Their resistive element is manufactured from a mixture of finely ground carbon dust or graphite and a non-conducting ceramic powder to bind it all together. The ratio of carbon dust to ceramic (conductor to insulator) determines the resistive value of the resistor. Higher the ratio of carbon, lower the overall resistance. Film Type Resistors consist of Metal Film, Carbon Film and Metal Oxide Film .Such resistors are generally made by depositing pure metals, such as nickel, or an oxide film, such as tin-oxide, on an insulating ceramic rod or substrate. The resistive value of the resistor is controlled by increasing the desired thickness of the deposited film giving them the names of either “thick-film resistors” or “thin-film resistors”. Film type resistors can achieve much higher ohmic value compared to other types. Another type of resistor, called a Wirewound Resistor, is made by winding a thin metal alloy wire (Nichrom e) or similar wire on an insulating ceramic former in the form of a spiral helix. These types of resistors are generally only available in very low ohmic value with high precision . They are able to handle much higher electrical currents than other resistors of the same ohmic value with much excessive power ratings. These high power resistors are moulded into an aluminium heat sink body with fins attached to increase their overall surface area to promote heat loss and cooling.Wirewound Resistors are made by winding a thin _____ or similar wire on an ____ former in the form of a spiral helix.

In the circuit shown in the figure the heat produced in 5ohm resistor due to the current flowing through it is 10 calories per second the heat generated in 4ohm resistor is?
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In the circuit shown in the figure the heat produced in 5ohm resistor due to the current flowing through it is 10 calories per second the heat generated in 4ohm resistor is? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about In the circuit shown in the figure the heat produced in 5ohm resistor due to the current flowing through it is 10 calories per second the heat generated in 4ohm resistor is? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In the circuit shown in the figure the heat produced in 5ohm resistor due to the current flowing through it is 10 calories per second the heat generated in 4ohm resistor is?.
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