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  1. [img]https://i116.fastpic.org/big/2021/1206/b5/e48cf5cbf55d7222cf4f781b620a34b5.jpeg[/img] Video: .mp4 (1280x720, 30 fps(r)) | Audio: aac, 48000 Hz, 2ch | Size: 684 MB Genre: eLearning Video | Duration: 12 lectures (1 hour, 33 mins) | Language: English Structure complex problems - Find feasible and holistic solutions that treat the root cause - Communicate it clearly What you'll learn How to structure complex problems How to set up framework to solve complex problems How to communnicate effectively How to influence and convince people to your viewpoint First principles physics solutions Think like an Entrepreneur like Elon Musk Manage your business problems effectively Become a business consulting professional Entrepreneurship Elon Musk, Sundar Pichai, Startup, Unicorn Requirements No pre requisite! Description I am an ex McKinsey consultant and a Columbia Business school alum, let's learn together: Structure complex problems to identify the root cause Once the problem is set up, look at the individual causes and find relevant and feasible solutions Communicate it clearly to get buy in from leadership and peers Solving the problem is half the battle, communicating the solution and influencing people is the other half Not just business professionals but Entrepreneurs and business owners like Elon Musk follow First principles thinking and problem solving - Disclaimer: Please do not expect any confidential information from any of these firms, just applications of first principles as most strategy consultants do Who this course is for: College students Working professionals Entrepreneurs / Business professionals Consultants Investment Banker Lawyer Physics students Communication professionals [code] https://hot4share.com/e2vduvysrmip/3zrz8.H.t.s.p.l.a.s.c.B.B.rar.html [b]Download (Uploadgig)[/b] https://uploadgig.com/file/download/EfD2Ad4bA7ee52c3/3zrz8.H.t.s.p.l.a.s.c.B.B.rar Download ( Rapidgator ) https://rapidgator.net/file/f2ed7c1262212f877a447b711bce813d/3zrz8.H.t.s.p.l.a.s.c.B.B.rar.html Download ( NitroFlare ) https://nitro.download/view/4424394B883FCDD/3zrz8.H.t.s.p.l.a.s.c.B.B.rar[/code] [b]Links are Interchangeable - No Password - Single Extraction[/b]
  2. [img]https://i116.fastpic.org/big/2021/1117/3a/8e332c14f66107568471bce4dc93a93a.jpeg[/img] MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English + srt | Duration: 38 lectures (6h 3m) | Size: 2.86 GB The Ultimate Guide to SQL Injection | Certified Ethical Hacker [b]What you'll learn:[/b] About SQLi Type of SQLi Learn to use Burp Suite Hackbar Metasploitable 2 Learn how to solve CTF SQLi finding Technique will be Bug Bounty Hunter SQLmap Tool Find your first bug from Platform Google Dork WRITE A GOOD REPORT Protect your site....... Upload Shell and Deface Page Hacker Ranking [b]Requirements[/b] Nothing Without Indomitable will-power [b]Description[/b] SQL injection, also known as SQLI, is a common attack vector that uses malicious SQL code for backend database manipulation to access information that was not intended to be displayed. This information may include any number of items, including sensitive company data, user lists or private customer details. WHY SQL INJECTION IS DANGEROUS? SQL injection attacks pose a serious security threat to organizations. A successful SQL injection attack can result in confidential data being deleted, lost or stolen; websites being defaced; unauthorized access to systems or accounts and, ultimately, compromise of individual machines or entire networks Types of SQL Injections SQL injections typically fall under three categories: In-band SQLi (Classic), Inferential SQLi (Blind) and Out-of-band SQLi. You can classify SQL injections types based on the methods they use to access backend data and their damage potential. In-band SQLi The attacker uses the same channel of communication to launch their attacks and to gather their results. In-band SQLi's simplicity and efficiency make it one of the most common types of SQLi attack. There are two sub-variations of this method: Error-based SQLi-the attacker performs actions that cause the database to produce error messages. The attacker can potentially use the data provided by these error messages to gather information about the structure of the database. Union-based SQLi-this technique takes advantage of the UNION SQL operator, which fuses multiple select statements generated by the database to get a single HTTP response. This response may contain data that can be leveraged by the attacker. Inferential (Blind) SQLi The attacker sends data payloads to the server and observes the response and behavior of the server to learn more about its structure. This method is called blind SQLi because the data is not transferred from the website database to the attacker, thus the attacker cannot see information about the attack in-band. Blind SQL injections rely on the response and behavioral patterns of the server so they are typically slower to execute but may be just as harmful. Blind SQL injections can be classified as follows: Boolean-that attacker sends a SQL query to the database prompting the application to return a result. The result will vary depending on whether the query is true or false. Based on the result, the information within the HTTP response will modify or stay unchanged. The attacker can then work out if the message generated a true or false result. Time-based-attacker sends a SQL query to the database, which makes the database wait (for a period in seconds) before it can react. The attacker can see from the time the database takes to respond, whether a query is true or false. Based on the result, an HTTP response will be generated instantly or after a waiting period. The attacker can thus work out if the message they used returned true or false, without relying on data from the database. Out-of-band SQLi The attacker can only carry out this form of attack when certain features are enabled on the database server used by the web application. This form of attack is primarily used as an alternative to the in-band and inferential SQLi techniques. Out-of-band SQLi is performed when the attacker can't use the same channel to launch the attack and gather information, or when a server is too slow or unstable for these actions to be performed. These techniques count on the capacity of the server to create DNS or HTTP requests to transfer data to an attacker. [b]Who this course is for[/b] Those who want to Learn SQLi Those who want to participate CTF Those who want to make a career with Bug Bounty Hunter Those who want to write a Good Report Homepage [code]https://www.udemy.com/course/sql_injection_and_ctf/[/code] [code] https://hot4share.com/nu17o1ebkvxt/wxjbn.L.S.I.a.s.100.C.i.2022.m.part1.rar.html https://hot4share.com/31eut6y6lelv/wxjbn.L.S.I.a.s.100.C.i.2022.m.part2.rar.html [b]Download (Uploadgig)[/b] https://uploadgig.com/file/download/28047453bf954EA0/wxjbn.L.S.I.a.s.100.C.i.2022.m.part1.rar https://uploadgig.com/file/download/640699F0f4F4fbfb/wxjbn.L.S.I.a.s.100.C.i.2022.m.part2.rar Download ( Rapidgator ) https://rapidgator.net/file/dcfb90e32fc88ceb5dbbdeb672d7a098/wxjbn.L.S.I.a.s.100.C.i.2022.m.part1.rar.html https://rapidgator.net/file/3a5cb808207d5e721a2184c960c9f20b/wxjbn.L.S.I.a.s.100.C.i.2022.m.part2.rar.html Download ( NitroFlare ) https://nitro.download/view/380038A308F0480/wxjbn.L.S.I.a.s.100.C.i.2022.m.part1.rar https://nitro.download/view/3291AA8F30A6CD4/wxjbn.L.S.I.a.s.100.C.i.2022.m.part2.rar[/code] [b]Links are Interchangeable - No Password - Single Extraction[/b]
  3. MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 30 mins | Size: 554 MB Enhance your skills and solve hard math problems more quickly What Will I Learn? Improve their skills in Math Improve their skills in Statistics Know how to use calculator Requirements Casio Calculator (Preferred : Casio Fx-991ES Plus) Description About this course : In this course we will learn a lot about mathematics and statistics and ways to solve the most important issues using the calculator! ( Casio FX-991ES plus ) Who is the target group? University students High school students Interested people in calculators Those interested in mathematics and statistics There are no requirements to start learning, just desire and passion! Best Wishes to all of you : ] . See you in the class : ] . Who is the target audience? University Students High school students anyone interested in math and statistics anyone interested in calculators DOWNLOAD (Buy premium account for maximum speed and resuming ability) http://nitroflare.com/view/1BED69FB2C694C5/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part1.rar http://nitroflare.com/view/70073BCC5B93C7B/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part2.rar http://nitroflare.com/view/D16851EF91C1CA0/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part3.rar https://rapidgator.net/file/4eec54ecfb2edbeca0d364cc279f9ade/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part1.rar https://rapidgator.net/file/d744638a2ade173f97f25da314f9e23f/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part2.rar https://rapidgator.net/file/1ff640f4835b95393c8015c26dc96eb6/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part3.rar http://turbobit.net/v6qw4r4xao5l/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part1.rar.html http://turbobit.net/6n7rizvnq0iw/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part2.rar.html http://turbobit.net/z9hh325j0nyv/rtbjz.How.to.use.the.calculator.to.solve.math.problems.and.more.part3.rar.html
  4. MP4 | Video: h264, 1280x720 | Audio: AAC, 44100 Hz Language: English | Size: 5.47 GB | Duration: 7h 5m What you'll learn How to tackle graduate-level problems in classical mechanics the kinematics of rigid bodies How to deal with non-inertial frames of reference How to calculate the angular velocity of a rigid body How to calculate the frequency of small oscillations How to analyze the dynamics of rigid bodies How to calculate the inertia matrix and moments of inertia How to construct a Lagrangian in classical mechanics The importance of the Lagrange formalism How to derive the Hamiltonian (energy) of a system Requirements how to calculate multiple integrals (this is necessary for the calculation for the moments of inertia for example) derivatives vector notation (dot and cross product) matrix multiplication Description This course is about solving advanced mechanics problems. This set of problems is taken from the first volume of the course of theoretical physics by Landau and Lifshitz. I have selected some problems from this book and provided a thorough step-by-step solution in the course; the solutions to these problems are also given in the book but they are usually quite terse, namely not many details are provided. Therefore, what we will do in the course is to first construct the necessary theory to deal with the problems, and then we will solve the problems. Some theory is also discussed while solving the problems themselves. Every single formula in this course is motivated/derived. We will start from the action principle, whose main constituent is the Lagrangian, which is fundamental to dealing with advanced problems in all branches of physics, even if we restrict ourselves to mechanics in this case. We will solve several problems related to how to construct a Lagrangian of a (possibly complex) system, and we will also derive the Hamiltonian from the Lagrangian, which represents the energy of a system, and do some problems on that. We will also study the kinematics of rigid bodies, and derive formulae for the velocities of points which belong to the bodies, as well as formulae for accelerations. Accelerations are important not just for kinematics, but also for the dynamics of rigid bodies. As regards the motion of rigid bodies, we will discuss the kinetic energy, which is necessary to obtain the Lagrangian, and solve several problems in three dimensions related to how to find the kinetic energy of a body in motion. The expression of the kinetic energy is dependent on the angular velocity (which is a concept that we will derive in kinematics), and also depends on the inertia matrix (or inertia tensor), which we will also derive. The formulae will be therefore written in a very general form, and this is useful when tackling difficult problems, since knowing a general method will provide the means to solve them. The inertia tensor will appear in the expression for the kinetic energy, and it will also appear in dynamics, in the formula for moments; we will see why it appears, and use the theory to solve problems. We will also discuss non-inertial frames, and find the deflection of a freely falling body from the vertical caused by the Earth's rotation (which makes the Earth a non-inertial frame). Who this course is for: Students who would like to learn the most general formalism to tackle advanced problems in classical mechanics Homepage https://www.udemy.com/course/classical-physics-how-to-solve-advanced-mechanics-problems/ [b]Download (Uploadgig)[/b] https://uploadgig.com/file/download/bc17d64a58f9138D/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar https://uploadgig.com/file/download/8Cb67b132853cf69/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar https://uploadgig.com/file/download/db0D4fce0E4C7906/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar https://uploadgig.com/file/download/19F635f725826acb/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar https://uploadgig.com/file/download/E576a9b10E5a23fa/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar https://uploadgig.com/file/download/Dd29f306122da21e/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar Download ( Rapidgator ) https://rapidgator.net/file/cfc65aa5a710140fe05abf760b295472/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar.html https://rapidgator.net/file/4d17763f39dff44c6e62f8703f63e00d/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar.html https://rapidgator.net/file/16e90a100485ef68f1ece0bc84c74d22/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar.html https://rapidgator.net/file/48dee26a2bcbfc22827e57974a7616b5/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar.html https://rapidgator.net/file/1c85197efcf4db4440083100373fe4ed/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar.html https://rapidgator.net/file/1d4fd28717601c29eeea6d2c6aee6476/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar.html Download ( NitroFlare ) http://nitro.download/view/78F1475A6D623DA/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar http://nitro.download/view/3DA9151919E2D11/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar http://nitro.download/view/BA2A518C53722D9/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar http://nitro.download/view/595280FFD60CD05/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar http://nitro.download/view/9F7D40C14E83FCD/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar http://nitro.download/view/806034C73AA3BB2/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar Links are Interchangeable - No Password - Single Extraction
  5. MP4 | Video: h264, 1280x720 | Audio: AAC, 44100 Hz Language: English | Size: 5.47 GB | Duration: 7h 5m What you'll learn How to tackle graduate-level problems in classical mechanics the kinematics of rigid bodies How to deal with non-inertial frames of reference How to calculate the angular velocity of a rigid body How to calculate the frequency of small oscillations How to analyze the dynamics of rigid bodies How to calculate the inertia matrix and moments of inertia How to construct a Lagrangian in classical mechanics The importance of the Lagrange formalism How to derive the Hamiltonian (energy) of a system Requirements how to calculate multiple integrals (this is necessary for the calculation for the moments of inertia for example) derivatives vector notation (dot and cross product) matrix multiplication Description This course is about solving advanced mechanics problems. This set of problems is taken from the first volume of the course of theoretical physics by Landau and Lifshitz. I have selected some problems from this book and provided a thorough step-by-step solution in the course; the solutions to these problems are also given in the book but they are usually quite terse, namely not many details are provided. Therefore, what we will do in the course is to first construct the necessary theory to deal with the problems, and then we will solve the problems. Some theory is also discussed while solving the problems themselves. Every single formula in this course is motivated/derived. We will start from the action principle, whose main constituent is the Lagrangian, which is fundamental to dealing with advanced problems in all branches of physics, even if we restrict ourselves to mechanics in this case. We will solve several problems related to how to construct a Lagrangian of a (possibly complex) system, and we will also derive the Hamiltonian from the Lagrangian, which represents the energy of a system, and do some problems on that. We will also study the kinematics of rigid bodies, and derive formulae for the velocities of points which belong to the bodies, as well as formulae for accelerations. Accelerations are important not just for kinematics, but also for the dynamics of rigid bodies. As regards the motion of rigid bodies, we will discuss the kinetic energy, which is necessary to obtain the Lagrangian, and solve several problems in three dimensions related to how to find the kinetic energy of a body in motion. The expression of the kinetic energy is dependent on the angular velocity (which is a concept that we will derive in kinematics), and also depends on the inertia matrix (or inertia tensor), which we will also derive. The formulae will be therefore written in a very general form, and this is useful when tackling difficult problems, since knowing a general method will provide the means to solve them. The inertia tensor will appear in the expression for the kinetic energy, and it will also appear in dynamics, in the formula for moments; we will see why it appears, and use the theory to solve problems. We will also discuss non-inertial frames, and find the deflection of a freely falling body from the vertical caused by the Earth's rotation (which makes the Earth a non-inertial frame). Who this course is for: Students who would like to learn the most general formalism to tackle advanced problems in classical mechanics Homepage https://www.udemy.com/course/classical-physics-how-to-solve-advanced-mechanics-problems/ [b]Download (Uploadgig)[/b] https://uploadgig.com/file/download/bc17d64a58f9138D/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar https://uploadgig.com/file/download/8Cb67b132853cf69/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar https://uploadgig.com/file/download/db0D4fce0E4C7906/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar https://uploadgig.com/file/download/19F635f725826acb/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar https://uploadgig.com/file/download/E576a9b10E5a23fa/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar https://uploadgig.com/file/download/Dd29f306122da21e/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar Download ( Rapidgator ) https://rapidgator.net/file/cfc65aa5a710140fe05abf760b295472/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar.html https://rapidgator.net/file/4d17763f39dff44c6e62f8703f63e00d/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar.html https://rapidgator.net/file/16e90a100485ef68f1ece0bc84c74d22/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar.html https://rapidgator.net/file/48dee26a2bcbfc22827e57974a7616b5/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar.html https://rapidgator.net/file/1c85197efcf4db4440083100373fe4ed/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar.html https://rapidgator.net/file/1d4fd28717601c29eeea6d2c6aee6476/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar.html Download ( NitroFlare ) http://nitro.download/view/78F1475A6D623DA/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part1.rar http://nitro.download/view/3DA9151919E2D11/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part2.rar http://nitro.download/view/BA2A518C53722D9/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part3.rar http://nitro.download/view/595280FFD60CD05/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part4.rar http://nitro.download/view/9F7D40C14E83FCD/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part5.rar http://nitro.download/view/806034C73AA3BB2/zg6c2.Classical.Physics.how.to.solve.advanced.mechanics.problems.part6.rar Links are Interchangeable - No Password - Single Extraction
  6. Created by Nikita Kaushik | Published 3/2021 Duration: 30m | 2 sections | 6 lectures | Video: 1280x720, 44 KHz | 411 MB Genre: eLearning | Language: English + Sub Learn how to solve a 2*2 Rubiks Cube. Learn the steps & algorithms from how to videos and a downloadable algorithm image What you'll learn A 2*2 rubik's Cube Requirements Just have a 2*2 cube Description This course is for anyone who has been curious about the Rubik's cube. I have done my best to make this course detailed and descriptive that will teach you how to solve a 2*2 Rubik's cube in 3 simple steps. There are a total of 6 videos in this tutorial of which 3 videos are of the introduction and a guide to practicing the algorithms that will be used in each of the 3 steps and the other 3 videos are of the steps. The first step will teach you how to solve the first side (I have used the while side as my first side) and the 1st layer. The second step will guide you in solving the opposite side (yellow side which is opposite to the white side in my case) and the 3rd step will show you how to completely assemble your 2*2 rubiks's cube by solving the second layer i.e layer no 2. Each step is explained in depth in which I have covered different methods and algorithms to solve both layers of a 2*2 rubik's cube. The instructions are simple to follow and easy to understand if you are a beginner and want to learn. Who this course is for:Beginner to a Rubik cube [b]Download (Uploadgig)[/b] https://uploadgig.com/file/download/87deDA05A18fD94f/wxa59.3.simple.steps.to.solve.a.22.Rubiks.cube.rar Download ( Rapidgator ) https://rapidgator.net/file/08ddd8ce7d2a5e51d1ec78a02bb69677/wxa59.3.simple.steps.to.solve.a.22.Rubiks.cube.rar.html Download ( NitroFlare ) http://nitroflare.com/view/8ED98C80B86C8B4/wxa59.3.simple.steps.to.solve.a.22.Rubiks.cube.rar Links are Interchangeable - No Password - Single Extraction
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