Physics-
General
Easy

Question

The figure shows P–V diagram of a thermodynamic cycle The work done by the cycle is

  1. 2 P subscript 0 end subscript V subscript 0 end subscript    
  2. 3 P subscript 0 end subscript V subscript 0 end subscript    
  3. P subscript 0 end subscript V subscript 0 end subscript    
  4. 6 P subscript 0 end subscript V subscript 0 end subscript    

The correct answer is: 2 P subscript 0 end subscript V subscript 0 end subscript

Related Questions to study

General
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A monoatomic ideal gas sample is given heat Q One fourth of this heat is used as work done by the gas and rest is used for increasing its internal energy An ideal gas under goes a thermodynamic cycle as shown in fig Which of the following graphs represents the same cycle?

A)
B) 
C)
D) 

A monoatomic ideal gas sample is given heat Q One fourth of this heat is used as work done by the gas and rest is used for increasing its internal energy An ideal gas under goes a thermodynamic cycle as shown in fig Which of the following graphs represents the same cycle?

A)
B) 
C)
D) 

physics-General
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A monoatomic ideal gas sample is given heat Q One fourth of this heat is used as work done by the gas and rest is used for increasing its internal energy The P V diagram for the process is

A monoatomic ideal gas sample is given heat Q One fourth of this heat is used as work done by the gas and rest is used for increasing its internal energy The P V diagram for the process is

physics-General
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The V–T diagram of an ideal gas for the process A rightwards arrow B rightwards arrow C(straight lines) is as shown in the figure In the process A rightwards arrow B rightwards arrow C

A) pressure is always increasing
B) for some interval pressure decreases but finally pressure is more than initial pressure
C) pressure first increases then remains constant
D) graph AB is unpredictable about pressure

The V–T diagram of an ideal gas for the process A rightwards arrow B rightwards arrow C(straight lines) is as shown in the figure In the process A rightwards arrow B rightwards arrow C

A) pressure is always increasing
B) for some interval pressure decreases but finally pressure is more than initial pressure
C) pressure first increases then remains constant
D) graph AB is unpredictable about pressure

physics-General
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General
physics-

Statement-1: Two vessels A and B are connected to each other by a stopcock .Vessel A contains a gas at 300K and 1 atmosphere pressure and vessel B is evacuated The two vessels are thermally insulated from the surroundings If the stopcock is suddenly opened, the expanding gas does no work
Statement-2: Since D Q = 0 and as the gas expands freely so DW = 0 and from the first law of thermodynamics it follows that DU is also zero for the above process

Statement-1: Two vessels A and B are connected to each other by a stopcock .Vessel A contains a gas at 300K and 1 atmosphere pressure and vessel B is evacuated The two vessels are thermally insulated from the surroundings If the stopcock is suddenly opened, the expanding gas does no work
Statement-2: Since D Q = 0 and as the gas expands freely so DW = 0 and from the first law of thermodynamics it follows that DU is also zero for the above process

physics-General
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Lt subscript n not stretchy rightwards arrow straight infinity end subscript space fraction numerator 1 cubed plus 2 cubed plus 3 cubed plus midline horizontal ellipsis times plus n cubed over denominator n squared open parentheses n squared plus 1 close parentheses end fraction

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means 0 over 0 or fraction numerator plus-or-minus infinity over denominator plus-or-minus infinity end fraction.

Lt subscript n not stretchy rightwards arrow straight infinity end subscript space fraction numerator 1 cubed plus 2 cubed plus 3 cubed plus midline horizontal ellipsis times plus n cubed over denominator n squared open parentheses n squared plus 1 close parentheses end fraction

Maths-General

We can only apply the L’Hospital’s rule if the direct substitution returns an indeterminate form, that means 0 over 0 or fraction numerator plus-or-minus infinity over denominator plus-or-minus infinity end fraction.

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A 5 m long alummininm wire open parentheses straight Y equals 7 cross times 10 to the power of 10 straight N over straight m squared close parentheses of diameter 3 men supports a 40 kg mass. In order to have the same elongation in a copper wire straight Y equals 12 cross times 10 to the power of 10 straight N over straight m squared of the same length under the same weight, the diameter should now be in men.

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General
physics-

Statement-1: First law of thermodynamics specifies the conditions under which a body can use its heat energy to produce the work
Statement-2: Second law of thermodynamics states that heat always flows from hot body to cold body by itself

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Statement-2: Second law of thermodynamics states that heat always flows from hot body to cold body by itself

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A random variable has the following distribution  Then for the values, A = K, B = Mean,
C = Variance, the ascending order is

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C = Variance, the ascending order is

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The probability distribution of a random variable X is given below  A:p (2 ≤ x < 4) B:p(x≥ 4) C p (x ≤ 3) D:p(3≤ x≤ 5) Arrange A, B, C, D in ascending order of magnitude

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maths-

A random variable X has the probability Distribution  Events E= {X is a prime number} and F= {X / X < 4}
straight l colon straight P left parenthesis straight E union straight F right parenthesis equals 0.23
text  II:  end text straight P left parenthesis straight E union straight F right parenthesis equals 0.65
Which of I, II is (are) true

A random variable X has the probability Distribution  Events E= {X is a prime number} and F= {X / X < 4}
straight l colon straight P left parenthesis straight E union straight F right parenthesis equals 0.23
text  II:  end text straight P left parenthesis straight E union straight F right parenthesis equals 0.65
Which of I, II is (are) true

maths-General
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A random variable x has the following probability distribution  Determine P(X > 6)

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The range of a random variable X is {0,1, 2} and P left parenthesis X equals 0 right parenthesis equals 3 K to the power of 3 end exponent comma P left parenthesis X equals 1 right parenthesis equals 4 K minus 10 K to the power of 2 end exponent, P(x = 2)= 5K -1. Then we have

The range of a random variable X is {0,1, 2} and P left parenthesis X equals 0 right parenthesis equals 3 K to the power of 3 end exponent comma P left parenthesis X equals 1 right parenthesis equals 4 K minus 10 K to the power of 2 end exponent, P(x = 2)= 5K -1. Then we have

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If the range of random variable X equals left curly bracket 0 comma 1 comma 2 comma horizontal ellipsis.. right curly bracket and P left parenthesis X equals k right parenthesis equals fraction numerator c left parenthesis k plus 1 right parenthesis over denominator 2 to the power of k end exponent end fraction for k =0,1, 2,.....then c =

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The range of a random variable X = {1, 2,3, 4,......} and the probabilities are given by P left parenthesis X equals k right parenthesis equals fraction numerator C to the power of k end exponent over denominator left floor k end fraction semicolon k equals 12 comma 34 horizontal ellipsis., then the value of C is

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Colours of thin films result from (or) On a rainy day, a small oil film on water show brilliant colours. This is due to

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