In the first 10 overs of a cricket game, the run rate was only 3.2. What should be the run rate in the remaining 40 overs to reach the target of 282 runs? 

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In the first 10 overs of a cricket game, the run rate was only 3.2. What should be the run rate in the remaining 40 overs to reach the target of 282 runs?

The required run rate in the remaining 40 overs to reach the target of 282 runs is 6.25 runs per over

To calculate the required run rate for the remaining 40 overs to reach the target of 282 runs, we first need to find out how many runs were scored in the first 10 overs.

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Given that the run rate in the first 10 overs was 3.2 runs per over, the total runs scored in the first 10 overs can be calculated as:

Total runs scored in first 10 overs = Run rate in first 10 overs * Number of overs

= 3.2 runs/over * 10 overs

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= 32 runs

Now, let’s find out how many runs are required to reach the target after the first 10 overs:

Target runs – Runs scored in first 10 overs

= 282 runs – 32 runs

= 250 runs

So, 250 runs are required in the remaining 40 overs.

Now, we can calculate the required run rate for the remaining 40 overs:

Required run rate = Remaining runs / Remaining overs

= 250 runs / 40 overs

= 6.25 runs per over

Therefore, the required run rate in the remaining 40 overs to reach the target of 282 runs is 6.25 runs per over.

Averages, Rates, and Proportions

Averages, rates, and proportions are fundamental concepts in mathematics and statistics that are used to describe and analyze data in various contexts. Here’s a brief overview of each concept:

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  1. Averages (Means):

    • Averages are measures of central tendency that represent a typical value of a dataset.
    • There are different types of averages, including the mean, median, and mode. The mean is the most commonly used average, calculated by summing all values in a dataset and dividing by the number of values.
    • Averages are used to summarize data and make comparisons between different groups or datasets.
  2. Rates:

    • Rates represent the ratio between two quantities with different units, typically expressing a change in one quantity with respect to another.
    • Common examples of rates include speed (distance traveled per unit of time), interest rates (the amount of interest charged or earned per unit of time), and birth rates (the number of births per population over a specified period).
    • Rates are often expressed as a ratio, fraction, or percentage.
  3. Proportions:

    • Proportions represent a part-to-whole relationship and express the size or magnitude of one part relative to the whole.
    • Proportions are often expressed as fractions, decimals, or percentages.
    • They are used to compare the relative sizes of different subsets within a dataset or population.
    • Proportions are frequently used in probability, statistics, and various fields of science to describe the distribution of attributes or characteristics within a population.
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In summary, averages provide a measure of central tendency, rates describe the relationship between two different quantities, and proportions represent the relative size of one part compared to the whole. These concepts are essential for understanding and interpreting data in various fields, including economics, finance, science, and social sciences.

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Source: Math Hello Kitty
Categories: Math