Maths-
General
Easy
Question
The mode of the distribution
- 5
- 6
- 8
- 10
The correct answer is: 6
Since frequency is maximum for 6. \ Mode = 6.
Related Questions to study
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The upper quartile for the following distribution is given by the size of
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If the mean of the distribution is 2.6, then the value of y is
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Consider the frequency distribution of the given numbers If the mean is known to be 3, then the value of f is
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Maths-General
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Let g(x) be a function defined on [0, 7] and g(x) = 
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M is same as obtained in above question. If at x = a and x = b, g(x) attains its greatest value and least values respectively, then
a b =
Let g(x) be a function defined on [0, 7] and g(x) = where f is the function whose graph is as shown in figure given below, then
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Maths-General
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Let g(x) be a function defined on [0, 7] and g(x) = where f is the function whose graph is as shown in figure given below, then
It 
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Maths-General
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Let g(x) be a function defined on [0, 7] and g(x) = where f is the function whose graph is as shown in figure given below, then
If value of g(b) is
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Maths-General
Physics-
What is the nature of change in internal energy in the following three thermodynamical processes shown in figure?
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Physics-General
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A gas is expanded from volume 
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and 
be the change in internal energy of the gas in these three processes. Then
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Physics-General
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Figure shown four thermodynamical process to which a gas sample may be subjected. The isobaric and isothermal curves are
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Physics-General
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Work done by the system in closed path 
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Physics-General
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In the indicator diagram, net amount of work done will be
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Physics-General
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Two isothermally are shown in figure at temperature 
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Physics-General
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A cyclic process is shown in figure. Work done during isobaric expansion is
A cyclic process is shown in figure. Work done during isobaric expansion is
Physics-General
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An ideal gas is taken from state 
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Physics-General
Physics-
A thermodynamical system is taken from state to state along 
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as shown in figure. Net work done during one complete cycle is given by area.
A thermodynamical system is taken from state to state along and is brought back to along as shown in figure. Net work done during one complete cycle is given by area.
Physics-General
