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The value of pi upto 50 decimal places i...

The value of `pi` upto 50 decimal places is :
3.1 4159 26 5358 97 9423 84 62 64 33 832 7950 28 84 19 71 69 3993 7510
Make a frequency distribution table of the digits from 0 to 9 after the decimal place.

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The value of pi upto 50 decimal places is given below 3.14159265358979323846264338327950288419716939937510 (i) Make a frequency distribution of the digits from 0 to 9 after the decimal point. (ii) What are the most and the least frequently occuring digits?

The value of pi upto 50 decimal places is : 3.1 4159 26 5358 97 9423 84 62 64 33 832 7950 28 84 19 71 69 3993 7510 Which are the most and the least occurring digits ?

The value of pi upto 35 decimal places is given below 3.14159265358973238462643383277950288 Make a frequency distribution of the digits 0 to 9 after the decimal point.

Passage : Post office is useful to measure the value of unknown resistance correctly upto 2nd decimal place. It is based on Wheatstone bridge. Systematic diagrams of post office box are shown in the above figures. Each of the arms AB and BC contains three resistance of 10 Omega, 100 Omega and 1000 Omega . These arms are generally known as ratio arms. With the help of these resistance, we can introduce resistance P in arm AB and Resistance Q in arm BC. The resistance arm AD is complete resistance box containing resistance from 1 Omega "to" 5000 Omega . In this arm, we can introduced resistance R by taking out plugs of suitable values. The unknown resistance X is connected in fourth arm CD. These four arms actually form Wheatstone bridge shown in figure. For balanced conditions, no deflection is formed in galvanometer. At balanced condition PX= QR , X= (QR)/( P) While measuring surface tension of water using capillary rise method, height of the lower meniscus from free surface of water is 3cm while inner radius of capillary tubne is found to be 0.5cm. Then compute surface tension of water using this data. [Take contact angle between glass and water as 0° and g=9.8 ms^(-2) ]

The following data gives the weights of 30 persons (in kg) 70.0,69.4,49.4,64.5,59.4,72.4,47.5,48.8,62.3,64.2,66.8,70.3,71.3,56.3,52.7,66.6,59.9,64.7,44.6,60.3,50.3,54.3,62.3,56.3,45.0,45.7,49.8,60.5,67.8,50.1, (i) Construct a frequency distribution such that the last class is 72-76. (ii) State the upper class limits of last three class intervals. (iii) State the maximum weight that can be included in the fourth class interval. (iv) State the class mark of each of the classes. (v) Find the range of the given weights. (vi) If 60kg is the weight of a person then in which class interval, it will be taken.

ICSE-STATISTICS-EXERCISE 18 (A)
  1. State, which of the following variables are continuous and which are d...

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  2. State, which of the following variables are continuous and which are d...

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  3. State, which of the following variables are continuous and which are d...

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  4. State, which of the following variables are continuous and which are d...

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  5. Given below are the marks obtained by 30 students in an examination : ...

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  6. The marks of 24 candidates in the subject mathematics are given below ...

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  7. Fill in the blanks : (a) A quantity which can vary from one individual...

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  8. Find the actual lower class limits , upper class limits and mid values...

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  9. Find the actual lower and upper class limits and also the class marks ...

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  10. Use the table given below to find : (a) The actual class limits of the...

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  11. Construct a cumulative, frequency distribution table from the frequenc...

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  12. Construct a cumulative frequency distribution table from the frequency...

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  13. Construct a frequency distribution table from the following cumulative...

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  14. Construct a frequency distribution table from the following cumulative...

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  15. Construct a frequency table from the following data {:("Marks","No ...

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  16. Construct the frequency distribution table from the following cumulati...

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  17. Construct the frequency distribution table from the following cumulati...

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  18. Fill in the blanks in the following table:

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  19. The value of pi upto 50 decimal places is : 3.1 4159 26 5358 97 942...

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  20. The value of pi upto 50 decimal places is : 3.1 4159 26 5358 97 942...

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