Forwarded from shosho
اختبرت 3 May
بالبدايه صلو على النبي اللهم صلي وسلم على نبينا محمد
ودعواتكم لي تكفووون
✨الاستماع✨ الصدق اني حست فيه
تقريبا بكل استماع كان يجي لي هذا السؤال what is the main idea جاني عن
-التلسكوب
زراعه الخضروات والفواكه كيف كانت زمان وحاليا
وعن معلمه نسيت الموضوع اللي تتكلم عنه بس حددت يوم الاختبار والشابتر وقالت لما ١٠ بعدين قالت ١٠ مو مهم
السرطان
عن المشروع كيف يكون ناجح
اعمار الوفاه عند النساء والرجال
ما افتكر الباقي بس ما مرت علي بالتجمعيات
✨الريدنق✨
يبدا سهل بعدين يصعب جمعت لكم بالصور ايش اللي جاني، بالنسبه للي ما حصلتهم
الساعه كيف صنعت
ال٢٤ ساعه والموت والحياه والنوم والمود وكذا طويله القطعه
ما اذكر الباقي بس قطع صعبه وما جاني رسوم بيانيه
✨القرامر✨
نصييحههه افهمو كل شيء فيه لا تعتمدون على الحفظ
جاني whom وif والترقيم والترتيب للجمل والكبتل والwould وmust الخ..
وش الكلمه الغلط والمبني للمجهول وmuch وsome و since وتكمله جمله وso و Although وneither nor
❌لا تستهينو بالتسريبات والله تفرررق بس برضو لا تعتمدو عليها هي بس ❌
بالبدايه صلو على النبي اللهم صلي وسلم على نبينا محمد
ودعواتكم لي تكفووون
✨الاستماع✨ الصدق اني حست فيه
تقريبا بكل استماع كان يجي لي هذا السؤال what is the main idea جاني عن
-التلسكوب
زراعه الخضروات والفواكه كيف كانت زمان وحاليا
وعن معلمه نسيت الموضوع اللي تتكلم عنه بس حددت يوم الاختبار والشابتر وقالت لما ١٠ بعدين قالت ١٠ مو مهم
السرطان
عن المشروع كيف يكون ناجح
اعمار الوفاه عند النساء والرجال
ما افتكر الباقي بس ما مرت علي بالتجمعيات
✨الريدنق✨
يبدا سهل بعدين يصعب جمعت لكم بالصور ايش اللي جاني، بالنسبه للي ما حصلتهم
الساعه كيف صنعت
ال٢٤ ساعه والموت والحياه والنوم والمود وكذا طويله القطعه
ما اذكر الباقي بس قطع صعبه وما جاني رسوم بيانيه
✨القرامر✨
نصييحههه افهمو كل شيء فيه لا تعتمدون على الحفظ
جاني whom وif والترقيم والترتيب للجمل والكبتل والwould وmust الخ..
وش الكلمه الغلط والمبني للمجهول وmuch وsome و since وتكمله جمله وso و Although وneither nor
❌لا تستهينو بالتسريبات والله تفرررق بس برضو لا تعتمدو عليها هي بس ❌
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Forwarded from شيماء
عندي كم خطا بس خليهم يدعولي بلييزز اني ارجع بعد اسبوع واقولكم جبت الثمانين
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Automation
(1) Knowing how and where robots and machines could impact the global economy will help financial executives in a competitive edge in their industries but predicting which countries are likely to be impacted most by workforce automation and when isn't as simple as comparing industries across the globe.
(2) A recent McKinsey Global Institute report. A Future That Works: Automation, Employment, and Productivity, analyzed the automation potential of 46 countries, representing 80% of the global workforce. Several factors are considered, including the percentage of work activities that could be automated using current technology, the number of full-time employees that could be affected and wages.
(3) The types of activities that have a high potential for automation are physical tasks in highly structured and predictable environments, data processing and data collection. Those that have a considerably lower potential for automation are unpredictable physical work, interactions with others, applying expertise, and managing others, which is the least susceptible to automation.
(4) Vast differences are expected in how automation will play out across the globe, as technical, economic, and social factors will determine the pace and extent of it. But it's hard to say how quickly automation will become reality, according to the report.
(5) Take manufacturing, for example. One country may save a larger concentration of work hours in jobs that have higher automation potential, such as production and administrative support. And another country may have a higher proportion of work hours in jobs that are less likely to be automated, such as management and engineering.
(1) Knowing how and where robots and machines could impact the global economy will help financial executives in a competitive edge in their industries but predicting which countries are likely to be impacted most by workforce automation and when isn't as simple as comparing industries across the globe.
(2) A recent McKinsey Global Institute report. A Future That Works: Automation, Employment, and Productivity, analyzed the automation potential of 46 countries, representing 80% of the global workforce. Several factors are considered, including the percentage of work activities that could be automated using current technology, the number of full-time employees that could be affected and wages.
(3) The types of activities that have a high potential for automation are physical tasks in highly structured and predictable environments, data processing and data collection. Those that have a considerably lower potential for automation are unpredictable physical work, interactions with others, applying expertise, and managing others, which is the least susceptible to automation.
(4) Vast differences are expected in how automation will play out across the globe, as technical, economic, and social factors will determine the pace and extent of it. But it's hard to say how quickly automation will become reality, according to the report.
(5) Take manufacturing, for example. One country may save a larger concentration of work hours in jobs that have higher automation potential, such as production and administrative support. And another country may have a higher proportion of work hours in jobs that are less likely to be automated, such as management and engineering.
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خلصنا اول قطعه
القطعة رقم اثنين 👇🏻
Ancient Birds
(1) Giant birds of the past have names that speak for themselves. The Elephant bird, a native of Madagascar and the largest known giant bird, stood at over nine feet tall and weighed in at 1,000 pounds or more, until it went extinct about 1,000 years ago. Australia's Mthirung, nicknamed "Thunderbird," which disappeared nearly 50,000 years ago, is thought to have been nearly seven feet tall and weighed between 500 and 1,000 pounds. But until now, no one had ever found evidence of these towering avians in Europe.
(2) Today, researchers describe the first fossil of a giant bird found in Crimea. Dated at around 1.8 million years old, the specimen makes experts question previous assumptions that giant birds were not part of the region's fauna during that period.
(3) A team of paleontologists dug up the fossil an unusually large femur bone_ in Taurida Cave, located on the Crimean Peninsula in the northern Black Sea. The cave was only discovered last June when the construction of a new highway revealed its entrance.
(4) Based on the femur's dimensions, the team calculated that the bird would have weighed around 992 pounds as much as an adult polar bear-making it the third largest bird ever recorded. Daniel Field, a scientist at the University of Cambridge, says, "It raises exciting questions about the factors that gave rise to these giant birds, and the factors that drove them to extinction".
القطعة رقم اثنين 👇🏻
Ancient Birds
(1) Giant birds of the past have names that speak for themselves. The Elephant bird, a native of Madagascar and the largest known giant bird, stood at over nine feet tall and weighed in at 1,000 pounds or more, until it went extinct about 1,000 years ago. Australia's Mthirung, nicknamed "Thunderbird," which disappeared nearly 50,000 years ago, is thought to have been nearly seven feet tall and weighed between 500 and 1,000 pounds. But until now, no one had ever found evidence of these towering avians in Europe.
(2) Today, researchers describe the first fossil of a giant bird found in Crimea. Dated at around 1.8 million years old, the specimen makes experts question previous assumptions that giant birds were not part of the region's fauna during that period.
(3) A team of paleontologists dug up the fossil an unusually large femur bone_ in Taurida Cave, located on the Crimean Peninsula in the northern Black Sea. The cave was only discovered last June when the construction of a new highway revealed its entrance.
(4) Based on the femur's dimensions, the team calculated that the bird would have weighed around 992 pounds as much as an adult polar bear-making it the third largest bird ever recorded. Daniel Field, a scientist at the University of Cambridge, says, "It raises exciting questions about the factors that gave rise to these giant birds, and the factors that drove them to extinction".
❤3
Biotechnology
1) In the past couple of decades, the field of biotechnology has exploded. Biotechnology companies make products including vaccinations, medicines, and industrial bacteria that can be used to treat waste or clean up toxic spills.
2) Biotechnology is closely related to the fields of genetics and genetic engineering, which have also made dramatic advances in recent years. Genetics is the study of genes and heredity, while genetic engineering is the changing of genetic material to produce specific results. Beginning in the 1950s, genetic researchers led by Rosalind Franklin, J.D. Watson, and F.H.C. Crick examined the chemical code carried by all living things. Their research established the central role of DNA in the chromosomes that determine human heredity. Their work revealed the "double helix" spiral-shaped DNA that carries hereditary traits from parents to children.
3) Ongoing genetic research has produced new drug therapies to fight human diseases. Research has also created new strains of fruits and vegetables that are intended to fight disease or thrive in conditions where they usually don't grow. Genetic cloning, or the process of creating identical organisms from the cell of an organism, has many practical applications in raising animals and in biological research.
4) Biotechnology and genetic engineering have brought benefits, but also debate. Some people, understandably, believe that genetically modified foods are unnatural and potentially dangerous. The possibility of cloning genetically identical mammals has also raised questions about the role of science in creating and changing life.
1) In the past couple of decades, the field of biotechnology has exploded. Biotechnology companies make products including vaccinations, medicines, and industrial bacteria that can be used to treat waste or clean up toxic spills.
2) Biotechnology is closely related to the fields of genetics and genetic engineering, which have also made dramatic advances in recent years. Genetics is the study of genes and heredity, while genetic engineering is the changing of genetic material to produce specific results. Beginning in the 1950s, genetic researchers led by Rosalind Franklin, J.D. Watson, and F.H.C. Crick examined the chemical code carried by all living things. Their research established the central role of DNA in the chromosomes that determine human heredity. Their work revealed the "double helix" spiral-shaped DNA that carries hereditary traits from parents to children.
3) Ongoing genetic research has produced new drug therapies to fight human diseases. Research has also created new strains of fruits and vegetables that are intended to fight disease or thrive in conditions where they usually don't grow. Genetic cloning, or the process of creating identical organisms from the cell of an organism, has many practical applications in raising animals and in biological research.
4) Biotechnology and genetic engineering have brought benefits, but also debate. Some people, understandably, believe that genetically modified foods are unnatural and potentially dangerous. The possibility of cloning genetically identical mammals has also raised questions about the role of science in creating and changing life.
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