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The wait is finally over! Jawan will be releasing worldwide on 7th September 2023, Red Chillies Entertainment presents Shah Rukh Khan in and as #JAWAN, An Atlee film, Red Chillies Entertainment’s @RedChilliesEntertainment big fan sir❤️

Brace yourselves as we present to you the action-packed trailer of #Jawan. Directed by Atlee, the film stars Shah Rukh Khan, Vijay Sethupathi, Nayanthara, and Deepika Padukone (in a special appearance). The film is set to release in cinemas on September 7, 2023 - in Hindi, Tamil, and Telugu! Jawan is a high-octane action thriller which outlines the emotional journey of a man who is set to rectify the wrongs in society. Starring Shah Rukh Khan, Nayanthara, Vijay Sethupathi and Deepika Padukone (in a special appearance) Directed - Atlee Produced - Gauri Khan Co-Produced - Gaurav Verma Music - Anirudh Dop - GK Vishnu Editor - Ruben Production Designer - T Muthuraj Script consultant - Shridhar Raghavan Guest Lyricist - Irshad Kamil Lyricist - Kumaar Rap Written & Performed By - Raja Kumari Screenplay - Atlee & S. Ramanagirivasan Dialogues - Sumit Arora Sound Designer - Kunal Rajan Choreography - Farah Khan, Shobi & Lalitha, Vaibhavi Merchant Character Designer - Preetisheel Singh D'souza Vfx Supervisor - Harry Hingorani Vfx Producer - Keitan Yadav Colorist - Ken Metzker Casting By - Mukesh Chhabra Csa 2nd Unit Director - Kaleeswaran Arumugam Associate Director - Shilpi Kiran 1st Ad - Manoj Venu Executive Producer - Pratik Rawal Associate Producer - Dharam Soni Production Manager - E. Saravanan Action Directors - Spiro Razatos, Anl Arasu, Craig Macrae, Yannick Ben, Kecha Khamphakdee & Sunil Rodrigues Trailer House - Newton Prabu & Srihari

The Pakistan Army, also known as the Pakistan Army or the Pakistan Military, is the land-based branch of Pakistan's armed forces. It is one of the largest and most prominent military forces in the world. Here are some key points about the Pakistan Army: 1. Formation: The Pakistan Army was officially formed on August 14, 1947, when Pakistan gained independence from British rule. It inherited a significant portion of the British Indian Army at the time of partition. 2. Mission: The primary mission of the Pakistan Army is to defend the territorial integrity and sovereignty of Pakistan, both against external threats and internal security challenges. It plays a crucial role in maintaining stability within the country. 3. Structure: The Pakistan Army is organized into several corps and divisions, with the Chief of Army Staff being the highest-ranking military officer in the army. It operates alongside the Pakistan Navy and the Pakistan Air Force as part of the country's defense establishment. 4. Internal Security: The Pakistan Army has been actively involved in addressing internal security challenges, including counter-terrorism operations, particularly in the Federally Administered Tribal Areas (FATA) and the province of Balochistan. 5. International Peacekeeping: Pakistan has a history of contributing troops to various United Nations peacekeeping missions around the world. Pakistani soldiers have served in conflict zones and disaster-affected areas to promote peace and stability. 6. Nuclear Capability: Pakistan is a nuclear-armed nation, and its nuclear weapons fall under the purview of the Pakistan Army, which is responsible for their security. 7. Role in Politics: At various points in Pakistan's history, the military has played a significant role in the country's politics. There have been periods of direct military rule, with the army taking control of the government. In recent years, Pakistan has had a democratically elected civilian government, but the military still wields considerable influence in the country's political landscape. 8. Training and Equipment: The Pakistan Army receives training from both domestic and foreign sources. It has acquired a range of military equipment and weaponry from various countries to modernize its forces. #pakarmy #pakarmyzindabad #pakistan

The Pakistan Army, also known as the Pakistan Army or the Pakistan Military, is the land-based branch of Pakistan's armed forces. It is one of the largest and most prominent military forces in the world. Here are some key points about the Pakistan Army: 1. Formation: The Pakistan Army was officially formed on August 14, 1947, when Pakistan gained independence from British rule. It inherited a significant portion of the British Indian Army at the time of partition. 2. Mission: The primary mission of the Pakistan Army is to defend the territorial integrity and sovereignty of Pakistan, both against external threats and internal security challenges. It plays a crucial role in maintaining stability within the country. 3. Structure: The Pakistan Army is organized into several corps and divisions, with the Chief of Army Staff being the highest-ranking military officer in the army. It operates alongside the Pakistan Navy and the Pakistan Air Force as part of the country's defense establishment. 4. Internal Security: The Pakistan Army has been actively involved in addressing internal security challenges, including counter-terrorism operations, particularly in the Federally Administered Tribal Areas (FATA) and the province of Balochistan. 5. International Peacekeeping: Pakistan has a history of contributing troops to various United Nations peacekeeping missions around the world. Pakistani soldiers have served in conflict zones and disaster-affected areas to promote peace and stability. 6. Nuclear Capability: Pakistan is a nuclear-armed nation, and its nuclear weapons fall under the purview of the Pakistan Army, which is responsible for their security. 7. Role in Politics: At various points in Pakistan's history, the military has played a significant role in the country's politics. There have been periods of direct military rule, with the army taking control of the government. In recent years, Pakistan has had a democratically elected civilian government, but the military still wields considerable influence in the country's political landscape. 8. Training and Equipment: The Pakistan Army receives training from both domestic and foreign sources. It has acquired a range of military equipment and weaponry from various countries to modernize its forces. #pakarmy #pakarmyzindabad #pakistan

#gunsguidepro #guns #viralvideo

In a knockout boxing fight, the objective is to defeat your opponent by rendering them unconscious or unable to continue fighting. This typically happens when a boxer lands a powerful and well-placed punch to the head or body of their opponent, causing them to lose consciousness or become physically unable to stand or continue. Knockouts are one of the ways to win a boxing match, alongside winning by points or by the referee stopping the fight for safety reasons. Knockout punches often require a combination of skill, technique, and power, and they are a thrilling and decisive moment in a boxing match.

A revolver is a type of firearm characterized by a cylindrical chamber that holds bullets, typically six, and rotates with each shot. It is known for its reliability and simple operation. Revolvers can be single-action (requiring manual cocking of the hammer before firing) or double-action (where pulling the trigger both cocks and fires the gun). These handguns come in various calibers and have been used in law enforcement, self-defense, and sport shooting. They are admired for their ruggedness and ease of maintenance, although they have been largely replaced by semi-automatic pistols in modern firearm usage. #revolver #viral #foryou #sniper #shooting

India's Moon rover has taken first steps on the lunar surface a day after the country made history by becoming the first to land near the south pole. Chandrayaan-3's rover "ramped down" from the lander and "India took a walk on the Moon!", the space agency said. The Vikram lander successfully touched down as planned on Wednesday evening. With this, India joins an elite club of countries to achieve a soft landing on the Moon, after the US, the former Soviet Union and China. The 26kg rover called Pragyaan (the Sanskrit word for wisdom) was carried to the Moon in the Vikram lander's belly. After the dust raised by last evening's landing had settled, panels on one side of Vikram opened to deploy a ramp to enable Pragyaan to slide down to the lunar surface. It will now roam around the rocks and craters, gathering crucial data and images to be sent back to Earth for analysis. Pragyaan is carrying two scientific instruments which will try to find out what minerals are present on the lunar surface and study the chemical composition of the soil. Pragyaan will communicate only with the lander which will send the information to the orbiter from Chandrayaan-2 - which is still circling the Moon - to pass it on to the Earth for analysis. The Indian Space Research Organisation (Isro) has said that the rover will move at a speed of 1cm per second - with each step it will also leave on the Moon's surface the imprint of Isro's logo and emblem embossed on its six wheels.

The RPG-7 (Rocket-Propelled Grenade-7) is a widely used anti-tank rocket launcher. Here's a simplified explanation of how it works: 1. Rocket Propulsion: The RPG-7 is a shoulder-fired, man-portable weapon. It fires a rocket-propelled grenade (RPG), which is a shaped charge warhead designed to penetrate armored vehicles. 2. Ammunition: The RPG-7 consists of two main parts: the rocket-propelled grenade (RPG) and the launch tube. The RPG is loaded into the rear of the launch tube, with the rocket motor facing outward. 3. Firing Mechanism: To prepare the RPG-7 for firing, the operator first extends the launcher's firing tube to its full length. This helps stabilize the rocket during flight. 4. Aiming: The operator aims the RPG-7 at the target using the attached iron sights or any other optical aiming devices that may be available. 5. Trigger: When ready to fire, the operator squeezes the trigger. This initiates the firing process. 6. Rocket Ignition: When the trigger is pulled, an electrical current ignites the rocket motor at the rear of the RPG. The rocket motor propels the RPG out of the launch tube and into the air. 7. Stabilization: The RPG is designed with fins at the rear that deploy after launch. These fins help stabilize the rocket in flight, ensuring it follows a straight trajectory toward the target. 8. Impact: As the RPG approaches the target, a precursor charge at the tip of the warhead ignites. This creates a focused jet of hot metal that pierces the armor of the target vehicle. 9. Penetration: The RPG's shaped charge warhead is specifically designed to penetrate armored surfaces. It uses the Munroe effect, which focuses the explosive force into a narrow jet of metal that can penetrate even thick armor. 10. Explosion:Once the RPG has penetrated the armor, the main explosive charge inside the warhead detonates, causing further damage and potentially disabling or destroying the target. #sniper6 #shootingrange #airsoft #fyp

The moon, Earth's only natural satellite, has captivated human imagination for millennia. It is a celestial body that orbits our planet, providing us with an ever-present, silvery beacon in the night sky. Here's a brief description of the moon: **Luminous Guardian of the Night:** The moon, with its gentle glow, has been a companion to humanity since time immemorial. Its radiant presence, visible even in the darkest of nights, has inspired countless myths, legends, and scientific exploration. **Formation and Characteristics:** The moon is thought to have formed about 4.5 billion years ago, likely as a result of a colossal impact between Earth and a Mars-sized object. It consists of a rocky surface, known as the lunar crust, and a relatively small iron-rich core. Its surface is marked by vast plains, deep craters, towering mountains, and ancient lava flows. **Phases and Gravitational Influence:** The moon follows a regular cycle of phases, from the dark New Moon to the full, illuminated disc we know as the Full Moon. Its gravitational pull exerts influence on Earth, causing ocean tides and, to a lesser extent, affecting the planet's rotation. **Human Exploration:** Throughout history, the moon has been a target of human curiosity. In 1969, NASA's Apollo 11 mission marked a historic moment when astronauts Neil Armstrong and Buzz Aldrin became the first humans to set foot on the lunar surface. Since then, several missions have explored the moon's mysteries. **Cultural Significance:** The moon holds immense cultural significance worldwide. It features prominently in art, literature, religion, and folklore, often symbolizing various aspects of human emotion and aspiration. From the gentle glow of a crescent moon to the awe-inspiring Supermoons, our lunar companion continues to inspire wonder and reflection. The moon is a constant reminder of the vastness of the cosmos and our place within it. Its serene beauty and enduring presence in the night sky continue to spark imagination and curiosity, reminding us of the boundless wonders of the universe.

In 1969, during NASA's historic Apollo 11 mission, the lunar rover vehicle was not deployed on the moon. The lunar rover, which is often associated with the later Apollo missions, was introduced to lunar exploration during the Apollo 15 mission in 1971. However, it's essential to clarify the timeline: Apollo 11 (1969):This was the first mission to successfully land astronauts on the moon. Astronauts Neil Armstrong and Buzz Aldrin explored the lunar surface on foot while their colleague, Michael Collins, orbited above in the command module. They conducted experiments, collected samples, and planted the American flag but did not use a lunar rover. Apollo 15 (1971): This mission was the first to introduce the Lunar Roving Vehicle (LRV) to the moon. The LRV was a specially designed, battery-powered, four-wheeled rover that allowed astronauts David Scott and James Irwin to cover more extensive areas of the lunar surface during their explorations. It significantly enhanced the range and productivity of lunar missions. The LRV was foldable and attached to the outside of the lunar module. It could be deployed by the astronauts when they landed on the moon. Equipped with scientific instruments and cameras, the rover allowed astronauts to travel farther from the lunar module, collect more diverse samples, and conduct experiments in various locations. So, the deployment of the lunar rover vehicle on the moon began with the Apollo 15 mission in 1971, not during the 1969 Apollo 11 mission.

"Moon 101: Unveiling Earth's Celestial Companion" The moon, Earth's constant companion in the night sky, has fascinated humanity for millennia. This celestial body, with its gentle glow, has inspired countless myths, legends, and scientific exploration. Moon 101 is your gateway to understanding this enigmatic world. **What Is the Moon?** The moon is Earth's only natural satellite, orbiting our planet at an average distance of about 238,855 miles (384,400 kilometers). It is approximately 1/6th the size of Earth and lacks the atmosphere and liquid water that define our planet. These differences give the moon a stark and desolate landscape, marked by craters, mountains, and plains. **The Phases of the Moon** One of the moon's most captivating features is its ever-changing appearance. As it orbits Earth, we observe different phases, from the New Moon (when it's barely visible) to the Full Moon (when it's fully illuminated). These phases result from the changing angles between the sun, Earth, and the moon. **Lunar Exploration** The moon has been a target for exploration for decades. The Apollo missions from 1969 to 1972 brought humans to its surface, with Neil Armstrong's iconic words, "That's one small step for [a] man, one giant leap for mankind," echoing through history. In recent years, robotic missions and plans for human return missions have reignited interest in lunar exploration. **Scientific Significance** The moon holds vital clues to our solar system's history. It preserves impact craters that provide insights into the early solar system's violence. Its lack of erosion means that ancient features remain largely intact, allowing scientists to study the past. Moreover, lunar missions serve as testbeds for future space exploration, including Mars missions. **The Moon in Culture** Throughout history, the moon has played a central role in human culture, from being a symbol of divinity to a source of artistic inspiration. Its influence can be seen in mythology, literature, and art across different cultures and eras. **The Future of Lunar Exploration** As we look to the future, the moon remains a focal point for scientific research and potential human habitation. NASA's Artemis program aims to return humans to the moon and establish a sustainable presence, while international collaborations and private ventures also aspire to reach this celestial neighbor. In Moon 101, we embark on a journey to uncover the mysteries and wonders of this captivating world, exploring its science, history, and cultural significance. Join us as we delve into the intriguing realm of Earth's celestial companion, the moon.

Mars is the fourth planet from the Sun in our solar system. It is often called the "Red Planet" due to its reddish appearance, which is caused by iron oxide (rust) on its surface. Mars is a terrestrial planet with a thin atmosphere, and it has been a subject of fascination for astronomers and space exploration missions. Key facts about Mars include: 1. Size: Mars is about half the size of Earth, with a diameter of approximately 6,779 kilometers (4,212 miles). 2. Atmosphere: The Martian atmosphere is primarily composed of carbon dioxide, with traces of other gases such as nitrogen and argon. It is too thin to support human life without life support systems. 3. Surface Features: Mars has diverse surface features, including the largest volcano in the solar system, Olympus Mons, and a vast canyon system called Valles Marineris. It also has polar ice caps made of water and dry riverbeds that suggest the presence of liquid water in the past. 4. Exploration: Numerous missions have been sent to Mars to study its geology, climate, and potential for past or present life. These missions include rovers like Curiosity and Perseverance, which have provided valuable data about the planet. 5. Possibility of Life: Mars has been a target for the search for extraterrestrial life. While no direct evidence of life has been found, scientists continue to investigate the planet's history for signs of past habitability. 6. Human Exploration: Mars has long been a target for human exploration and potential colonization. NASA and other space agencies are actively researching and planning for crewed missions to Mars in the future. Mars remains a prominent object of study in planetary science and space exploration, as it holds valuable insights into the history and potential for life beyond Earth.

"Discover the Sun like never before! Watch NASA's stunning high-definition video of our closest star, showcasing its mesmerizing beauty and scientific significance. Explore the dynamic and ever-changing solar world in exquisite detail."

The AK-47, designed by Mikhail Kalashnikov, is a legendary assault rifle known for its durability and widespread use. Its simple design and reliability have made it a staple in armed conflicts worldwide. With a distinct curved magazine and iconic silhouette, the AK-47's influence extends beyond the battlefield, shaping pop culture and modern firearm design. Learn about the history, features, and global impact of this iconic firearm.

The procedure for hip joint surgery, often referred to as a hip replacement surgery or hip arthroplasty, involves several key steps: 1. **Preoperative Assessment:** The patient undergoes a thorough medical evaluation, including physical examinations and imaging tests like X-rays or MRI, to determine the extent of damage to the hip joint and to assess the patient's overall health. 2. **Anesthesia:** The patient is given anesthesia to ensure they are pain-free and comfortable during the surgery. This can be general anesthesia or regional anesthesia. 3. **Incision:** A surgical incision is made on the side or back of the hip, allowing access to the hip joint. 4. **Joint Access:** The surgeon carefully moves muscles and other tissues to expose the hip joint while minimizing damage to surrounding structures. 5. **Hip Resurfacing or Replacement:** Depending on the extent of damage, the surgeon may perform a hip resurfacing (where damaged bone and cartilage are removed and replaced with metal components) or a total hip replacement (where the ball-and-socket components of the hip joint are replaced with artificial implants). 6. **Implant Placement:** The surgeon positions the artificial components precisely within the hip joint, ensuring stability and proper alignment. 7. **Closure:** Once the implants are in place, the surgeon closes the incision using sutures or staples. 8. **Recovery and Rehabilitation:** The patient is moved to a recovery area and closely monitored as they wake up from anesthesia. Post-operative care includes pain management, physical therapy, and gradual weight-bearing exercises to promote healing and regain mobility. 9. **Hospital Stay:** Depending on the patient's condition and the type of surgery, they might spend a few days in the hospital for recovery and rehabilitation. 10. **Follow-up Care:** After discharge, the patient will have scheduled follow-up appointments to monitor the healing progress, address any concerns, and adjust the rehabilitation plan as needed. It's important to note that the specific details of the procedure can vary based on the patient's individual condition, the surgeon's approach, and the type of implants used. Additionally, advancements in surgical techniques, anesthesia, and rehabilitation practices have led to variations in the procedure over time. Always follow the instructions and guidance provided by your medical team for the best possible outcome.

The Colt M1911, commonly known as the M1911, is a semi-automatic pistol that operates using a recoil-operated mechanism. Here's an overview of how the M1911 gun works: 1. Loading the Chamber: - The process begins by loading a detachable magazine with rounds of ammunition. The magazine is then inserted into the grip of the pistol. - A round is pushed up from the magazine into the chamber of the barrel manually or by pulling back and releasing the slide. 2. Firing: - When the trigger is pulled, the firing pin, which is housed within the slide, strikes the primer of the chambered cartridge. This ignites the gunpowder and generates gases. 3. Recoil and Cycling: - The ignited gunpowder creates high-pressure gases that propel the bullet down the barrel. Simultaneously, these gases push the slide of the pistol backward against the recoil spring. - As the slide moves rearward, the spent cartridge case is extracted from the chamber and ejected from the gun. 4. Cocking the Hammer: - As the slide moves backward, it cocks the hammer, compressing the hammer spring. 5. Ejecting the Spent Cartridge Case: - The slide continues moving backward until a point when the recoil spring's tension overcomes the force of the gases. The slide then rapidly moves forward due to the force of the compressed recoil spring. 6. Chambering a New Round: - During the forward motion of the slide, a new cartridge is stripped from the magazine and fed into the chamber. 7. Locking the Slide: - As the slide moves forward, the breech face of the barrel engages with the locking lugs on the slide, locking it into place. 8. Ready to Fire: - With a fresh round chambered and the slide locked in position, the pistol is ready to fire again. The M1911's recoil-operated mechanism allows for semi-automatic fire, meaning that each time the trigger is pulled, a round is fired, the spent cartridge case is ejected, and a new round is chambered automatically. The design's reliability, stopping power, and accuracy have contributed to the M1911's enduring popularity as a classic firearm.