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        <lastmod>2025-06-25T04:36:24.163902917Z</lastmod>
        
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            <Attribute name="title">सूची के माध्यम से प्रायिकता </Attribute>
            <Attribute name="description">In this video, we explore how to calculate probabilities by analyzing a list of data. We&#39;ll work through several examples using a sample list of student details (age and city). We&#39;ll calculate the probability of events involving &#39;OR&#39; and &#39;AND&#39; conditions, such as a student being older than a certain age OR living in a specific city, or a student&#39;s age being a prime number AND them not living in certain cities.</Attribute>
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            <video:title>सूची के माध्यम से प्रायिकता </video:title>
            <video:description>In this video, we explore how to calculate probabilities by analyzing a list of data. We&#39;ll work through several examples using a sample list of student details (age and city). We&#39;ll calculate the probability of events involving &#39;OR&#39; and &#39;AND&#39; conditions, such as a student being older than a certain age OR living in a specific city, or a student&#39;s age being a prime number AND them not living in certain cities.</video:description>
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            <Attribute name="title">संख्याएँ बनाने की प्रायिकता</Attribute>
            <Attribute name="description">This video focuses on calculating probabilities related to forming numbers with specific conditions. We&#39;ll tackle problems like finding the probability of guessing a 4-digit lock combination with no repeating digits. We&#39;ll also determine the probability of forming an even 3-digit number using digits 1 through 5 without repetition, and the probability of forming an even 5-digit telephone number that starts with &#39;67&#39; and has no repeated digits.</Attribute>
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            <video:description>This video focuses on calculating probabilities related to forming numbers with specific conditions. We&#39;ll tackle problems like finding the probability of guessing a 4-digit lock combination with no repeating digits. We&#39;ll also determine the probability of forming an even 3-digit number using digits 1 through 5 without repetition, and the probability of forming an even 5-digit telephone number that starts with &#39;67&#39; and has no repeated digits.</video:description>
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            <Attribute name="title">पासों को उछालने पर योगफल आने की प्रायिकता</Attribute>
            <Attribute name="description">In this video, we calculate probabilities involving rolling a non-standard die twice. The die has two faces with &#39;1&#39;, three faces with &#39;2&#39;, and one face with &#39;3&#39;. We&#39;ll determine the probability of specific outcomes, such as getting a sum of 6, a sum of 4, getting at least one &#39;3&#39;, getting at most one &#39;3&#39;, and the probability that the second throw results in a higher number than the first.</Attribute>
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            <video:description>In this video, we calculate probabilities involving rolling a non-standard die twice. The die has two faces with &#39;1&#39;, three faces with &#39;2&#39;, and one face with &#39;3&#39;. We&#39;ll determine the probability of specific outcomes, such as getting a sum of 6, a sum of 4, getting at least one &#39;3&#39;, getting at most one &#39;3&#39;, and the probability that the second throw results in a higher number than the first.</video:description>
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        <lastmod>2025-06-25T04:36:24.163902917Z</lastmod>
        
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            <Attribute name="title">तीन घटनाओं के सम्मिलन की प्रायिकता</Attribute>
            <Attribute name="description">This video explains the formula for the probability of the union of three events (A or B or C). We&#39;ll use a Venn diagram to visualize the different regions representing the events and their intersections. By carefully considering each section, we&#39;ll derive the general formula: P(A U B U C) = P(A) + P(B) + P(C) - P(A and B) - P(B and C) - P(C and A) + P(A and B and C). This illustrates the inclusion-exclusion principle for three events.</Attribute>
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            <video:description>This video explains the formula for the probability of the union of three events (A or B or C). We&#39;ll use a Venn diagram to visualize the different regions representing the events and their intersections. By carefully considering each section, we&#39;ll derive the general formula: P(A U B U C) = P(A) + P(B) + P(C) - P(A and B) - P(B and C) - P(C and A) + P(A and B and C). This illustrates the inclusion-exclusion principle for three events.</video:description>
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