الترجيح الإحصائي أو Statistical Weighting فى Microsoft Excel from Coursera

فى نهاية المشروع ده هتقدر تحسب اساسيات الترجيح الاحصائى بطريقة سهلة باستخدام Microsoft Excel. ال weighted average هو عملية حسابية لازم نستعملها عشان هو اكتر دقة ووضوح من المتوسط البسيط. عشان بيتم تعيين وزن ثابت لجميع الارقام فى البيانات.خلال المشروع هتقدر تحمل ملف البيانات من على جهازك على النسخة المجانية ل Microsoft Excel online. و هتقدر تحسب ال weighted mean باستخدام طريقتين مختلفين و تستخدم وظيفة SUMPRODUCT. و كمان نحسب مجوع المخزون النهائى end inventory و سعر مجموع السلع اللى اتباعت COIS باستخدام ال average mean. و هتقدر توصل ل ال Growth Rate و ال Growth Factor. و اخر حاجة هنتعلمها هى حساب القيمة المستقبلية من خلال حساب ال Geometric Mean.ال excel هو احد البرامج التي أنتجتها شركة Microsoft العملاقة.وهو أداة عظيمة من أجل حفظ البيانات و التعامل مع الجداول والأرقام لأنك تستطيع من خلال البرنامج ده انك تنجز برنامج مهمات كثيرة بمجرد إتقانك للمعدلات وطريقة كتابتها حيث يحتوي البرنامج على عشرات الدوال الحسابية وتقدر تقدم كتابة مئات المعادلات يستطيع الباحث أن يحصل على معدلات حسابية وقيم المجموع و غيرها من القيم الأكثر تعقيدا بمجرد إدخال البيانات التي تحصل عليها.وبرضو تقدر تنجز عمليات الفرز و التصفية خلال لحظات قليلة.ويقدم لك Excel خدمة جميلة بتحويل بياناتك على شكل شرائح مصورة وبمختلف الأشكال المشروع ده مخصص للأشخاص المبتدئين في excel و خصوصا الاشخاص اللى شغالين فى اقسام محاسبة و مالية او ال business عموما. هيساعدك المشروع ده على تعلم مهارات جديدة فى التعامل مع البيانات باشكال مختلفة لحساب ال statistical weights .

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Provides hands-on practice with statistical weight calculations, making concepts more tangible

Emphasizes the use of Microsoft Excel, a widely adopted tool in business and finance

Develops a strong foundation in the basics of calculating statistical weights

Suitable for beginners with little to no prior knowledge of Excel or statistical weights

Focuses on practical applications of statistical weights in business and finance contexts

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Learners who complete الترجيح الإحصائي أو Statistical Weighting فى Microsoft Excel will develop knowledge and skills that may be useful to these careers:

Data Scientist

Data Scientists use their knowledge of data science to help businesses make better decisions. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Data Scientists. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average accuracy of a machine learning model.

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Machine Learning Engineer

Machine Learning Engineers use their knowledge of machine learning to help businesses develop better machine learning models. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Machine Learning Engineers. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average accuracy of a machine learning model on different datasets.

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Data Analyst

Data Analysts use their knowledge of data to help businesses make better decisions. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Data Analysts. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance.

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Financial Analyst

Financial Analysts use their knowledge of finance to help businesses make better financial decisions. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Financial Analysts. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average cost of a stock over time.

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Product Manager

Product Managers use their knowledge of product development to help businesses develop better products. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Product Managers. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average rating of a product by customers.

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Quantitative Analyst

Quantitative Analysts use their knowledge of mathematics and statistics to help businesses make better decisions. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Quantitative Analysts. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average return on investment of a portfolio of stocks.

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Risk Manager

Risk Managers use their knowledge of risk management to help businesses identify and manage risks. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Risk Managers. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average probability of a particular risk occurring.

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Market Researcher

Market Researchers use their knowledge of marketing to help businesses understand their customers. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Market Researchers. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average age of customers in a particular market.

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Statistician

Statisticians use their knowledge of statistics to help businesses understand data. This course will teach you how to use statistical weighting to calculate weighted averages, which is a critical skill for Statisticians. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average height of people in a particular population.

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Business Analyst

Business Analysts use their knowledge of business analysis to help businesses improve their operations. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Business Analysts. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average revenue of a particular business unit.

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Insurance Agent

Insurance Agents use their knowledge of insurance to help individuals and businesses protect themselves from financial risks. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Insurance Agents. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average cost of a particular insurance policy.

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Software Engineer

Software Engineers use their knowledge of software engineering to help businesses develop better software. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Software Engineers. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average time it takes to complete a particular task.

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Actuary

Actuaries use their knowledge of actuarial science to help businesses and individuals manage risk. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Actuaries. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average probability of a particular event occurring.

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Systems Analyst

Systems Analysts use their knowledge of systems analysis to help businesses improve their systems. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Systems Analysts. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average cost of a particular system.

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Financial Planner

Financial Planners use their knowledge of financial planning to help individuals and families plan for their financial future. This course will teach you how to use statistical weighting to calculate weighted averages, which is a useful skill for Financial Planners. Weighted averages are used to calculate the average of a set of data, where each data point is given a different weight. This is useful for calculating the average of data that has different levels of importance, such as the average return on investment of a particular investment portfolio.

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الترجيح الإحصائي أو Statistical Weighting فى Microsoft Excel

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