فجعت الشاف المغربية، شميشة الشافعي يومه الجمعة، بوفاة والدتها حسب ما أعلنت عنه عبر حسابها الشخصي على موقع التواصل الاجتماعي “إنستغرام”.
ونشرت شميشة الشافعي تدوينة عبر حسابها على “الإنستغرام”، جاء فيها: “انتقلت الى رحمة الله فجر يوم الجمعة والدتي الحبيبة، اللهم ارحمها واغفر لها واجعل مثواها الجنة، اللهم ابدلها دارا خيرا من دارها”.
وأضافت: “اللهم اسالك الصبر والسلوان لي ولإخوتي وأهلي. انا لله وانا اليه راجعون، الحمد لله ولا حول ولا قوة الا بالسياق منفصل، خرجت خبيرة الطبخ المغربية، شميشة الشافعي، عن صمتها، بعد تداول صورة لشاب يدعي أنه نجلها عبر صفحات المشاهير بمختلف منصات التواصل الاجتماعية.
ووجهت صفحة خاصة بالوصفات عبر موقع التواصل الاجتماعي “انستغرام”، سؤالا للشاف شميشة بخصوص الشاب الذي يدعى أنه نجلها، لترد عليها شميشة بالقول: “لا هو ليس ابني، أتمنى له الأفضل”.
ويشار إلى الشاف المغربية، شميشة الشافعي، لحقتها أخيرا، أخبارا تفيد دخولها القفص الذهبي للمرة الثانية على التوالي، وذلك بعد تداول صورة لها بجانب رجل قيل إنه زوجها.
وظهرت شميشة الشافعي في مقطع الفيديو وهي تضع الحناء المغربية، ويجلس بجانبها زوجها الذي لم يكشف عن هويته لحدود اللحظة، لاسيما وأن شميشة لم تفصح عن الخبر.
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Local copper scrap purchasing There are a few reasons why copper wire is not typically used as a fuse wire, despite it being a good conductor of electricity. Firstly, copper has a low resistance, which means it will not get hot enough to melt and break the circuit when an excess of current passes through it. Fuses work by intentionally melting the wire when the current exceeds the safe level through an electrical circuit. Copper would not be able to do this quickly or effectively enough for safety purposes. Secondly, copper is a good conductor of heat and electricity, which means that if an electrical fault did occur and the circuit was grounded or shorted, the copper wire would heat up rapidly and cause a fire hazard or damage to other components in the circuit. Thirdly, copper can oxidize over time, reducing the current-carrying capacity of the wire and potentially leading to it failing prematurely or not melting at the expected current level. For these reasons, materials such as tin, lead, or alloyed metals are often used for fuse wire because they have a higher resistance and are better suited for melting and breaking the circuit in the event of an electrical overload Scrap metal decommissioning Copper scrap value assessment Copper scrap financing Copper scrap export destination Copper scrap sorting technologies Metal scrap recovery and reprocessing
Copper scrap resale value Copper has been a critical material in the computing industry due to its excellent electrical conductivity and thermal conductivity properties. Copper is used extensively in computer motherboards, heat sink components, and wire and cable components. Copper is primarily used in computer motherboards as a conductor of electrical signals between various components and devices. Copper traces are used to provide electrical pathways between the CPU, memory modules, Expansion slots, and other components on the motherboard. Copper is preferred for these purposes due to its low resistance and high conductivity. Copper is also used in heat sink components, which are used to dissipate heat from the CPU and other high-power components. A heat sink is a passive component that transfers heat from a hot component to a cooler medium, usually air. Copper is an ideal material for heat sink due to its high thermal conductivity, which allows it to transfer heat efficiently. In addition to being an excellent conductor of electricity and heat, copper is also highly durable and resistant to corrosion. These properties make it an ideal material for wire and cable components used in computer systems. Copper wiring is used for power cables, data cables, and network cables in a wide range of computing applications. Despite its numerous benefits, copper is not perfect. One major drawback is its high cost compared to other conductive materials like aluminum and steel. This cost difference poses a challenge for designers and manufacturers looking to balance performance, durability, and cost effectiveness in computing products. However, recent advancements in technology and manufacturing have helped to reduce the cost of copper and make it more accessible for various computing applications. More efficient production processes and recycling efforts have also helped to increase the availability and sustainability of copper as a critical component in the computing industry. In conclusion, copper is a critical material in the computing industry due to its high conductivity, durability, and resistance to corrosion. Its use in computer motherboards, heat sink components, and wire and cable components makes it an essential component in many computing applications. While its cost is often high, its excellent properties make it a preferred choice for many designers and manufacturers of computing products Scrap metal refabrication Copper scrap weight measurement Copper hydroxide recycling Copper alloy composition analysis Copper scrap occupational safety Industrial scrap metal
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Local copper scrap purchasing There are a few reasons why copper wire is not typically used as a fuse wire, despite it being a good conductor of electricity. Firstly, copper has a low resistance, which means it will not get hot enough to melt and break the circuit when an excess of current passes through it. Fuses work by intentionally melting the wire when the current exceeds the safe level through an electrical circuit. Copper would not be able to do this quickly or effectively enough for safety purposes. Secondly, copper is a good conductor of heat and electricity, which means that if an electrical fault did occur and the circuit was grounded or shorted, the copper wire would heat up rapidly and cause a fire hazard or damage to other components in the circuit. Thirdly, copper can oxidize over time, reducing the current-carrying capacity of the wire and potentially leading to it failing prematurely or not melting at the expected current level. For these reasons, materials such as tin, lead, or alloyed metals are often used for fuse wire because they have a higher resistance and are better suited for melting and breaking the circuit in the event of an electrical overload Scrap metal decommissioning Copper scrap value assessment Copper scrap financing Copper scrap export destination Copper scrap sorting technologies Metal scrap recovery and reprocessing
Copper scrap resale value Copper has been a critical material in the computing industry due to its excellent electrical conductivity and thermal conductivity properties. Copper is used extensively in computer motherboards, heat sink components, and wire and cable components. Copper is primarily used in computer motherboards as a conductor of electrical signals between various components and devices. Copper traces are used to provide electrical pathways between the CPU, memory modules, Expansion slots, and other components on the motherboard. Copper is preferred for these purposes due to its low resistance and high conductivity. Copper is also used in heat sink components, which are used to dissipate heat from the CPU and other high-power components. A heat sink is a passive component that transfers heat from a hot component to a cooler medium, usually air. Copper is an ideal material for heat sink due to its high thermal conductivity, which allows it to transfer heat efficiently. In addition to being an excellent conductor of electricity and heat, copper is also highly durable and resistant to corrosion. These properties make it an ideal material for wire and cable components used in computer systems. Copper wiring is used for power cables, data cables, and network cables in a wide range of computing applications. Despite its numerous benefits, copper is not perfect. One major drawback is its high cost compared to other conductive materials like aluminum and steel. This cost difference poses a challenge for designers and manufacturers looking to balance performance, durability, and cost effectiveness in computing products. However, recent advancements in technology and manufacturing have helped to reduce the cost of copper and make it more accessible for various computing applications. More efficient production processes and recycling efforts have also helped to increase the availability and sustainability of copper as a critical component in the computing industry. In conclusion, copper is a critical material in the computing industry due to its high conductivity, durability, and resistance to corrosion. Its use in computer motherboards, heat sink components, and wire and cable components makes it an essential component in many computing applications. While its cost is often high, its excellent properties make it a preferred choice for many designers and manufacturers of computing products Scrap metal refabrication Copper scrap weight measurement Copper hydroxide recycling Copper alloy composition analysis Copper scrap occupational safety Industrial scrap metal
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