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mAh to Wh calculator. Check if your power bank is suitable for air travel. Calculates conversions between mAh, Ah, Wh, and Joules by adjusting the voltage. Ideal for lithium batteries, USB drives, and car batteries. Battery Energy Unit Converter Battery power unit converters are fundamental tools in numerous technical fields and applications for several reasons; pressure unit converters play a fundamental role in standardization, accuracy, and efficiency in numerous technical and scientific fields, contributing significantly to interoperability and the advancement of global technology. Other Converters: -Pressure - Temperature - Flow

Contactanos para Quejas, Sugerencias y Felicitaciones. Get in touch Nombre Apellido Email Mensaje Send ¡Gracias por tu mensaje! Contact details Address San Juan del Rio, Querétaro, Mexico. E-mail axotek.me@outlook.com Phone +52 442 369 9652 Social networks

Generate free WhatsApp links, no registration required. Generate the link and a QR code to use on your social media and websites. Generate a WhatsApp link tailored to your needs Use our WhatsApp Link Generator tool to create instant connections with your customers. Simply enter your number and an optional message to get a direct WhatsApp link and a QR code ready to download. Direct wa.me links High-resolution QR code Pre-filled messages No registration required and 100% free Ideal for improving your sales strategy, social media engagement, or customer service. Generate a different QR code Optimize your communication with AxoTek's WhatsApp Generator In today's digital world, immediacy is key to closing a sale or scheduling an appointment. Our WhatsApp Link Generator is a free tool designed to eliminate barriers between you and your clients. Your users no longer need to copy your number, open their contacts, and save you to send a message. Now, with just one click, the conversation starts instantly. How does it work? The process is extremely simple, and the results are generated in real time: Enter your phone number: Be sure to include your country code (for example, 52 for Mexico or 34 for Spain) followed by your full number, without spaces or the "+" symbol. Write a personalized message (Optional): You can write a pre-written message that will automatically appear in the user's chat. This is ideal for knowing where they are contacting you from (e.g., "Hello, I'm interested in your web design service"). Get your link and QR code: Instantly, you'll see your short link and a unique QR code that you can download and use wherever you like. Advantages of using a direct link: Increased conversions: Making it easy to get in touch dramatically increases the chances of a potential customer contacting you. Professionalism: You offer a modern and seamless user experience on your website. Versatility: You can use the link in your Instagram bio, on Facebook Ads buttons, in emails, or even in your digital signature. The power of the QR code: Along with your link, our tool automatically generates a QR code. This resource is essential in the physical world: Print it on your business cards. Display it in your storefront or on restaurant menus. Include it in advertising brochures or banners. Anyone with a smartphone can scan it and contact you in less than two seconds. Privacy and Security At AxoTek, we value your security. This tool works locally and does not store your phone numbers or message content in any external database. Your information is only used to generate the link and disappears as soon as you close the tab. Start professionalizing your customer service now and never miss another contact!

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Genera tus codigos QR de forma gratuita QR code generator In a digital world moving at the speed of light, connecting the physical and online worlds instantly is more important than ever. QR codes have become the essential bridge to achieve this connection, and with our Advanced QR Code Generator, you have the power to create that bridge easily, quickly, and completely customizable. Our platform isn't just a tool; it's your creative partner to take your projects, businesses, and ideas to the next level. Forget about boring black and white QR codes. Here, you have complete control over the design so that every code you create is an extension of your brand. What Can You Create with Our Generator? We've designed an all-in-one solution to cover all your needs. Generate high-quality QR codes for a wide variety of actions: URL: Direct users to your website, landing page, portfolio, or any link. vCard: Allows new contacts to save your information (name, phone number, email, company) to their address book with a single scan. Plain Text: Display a message, a discount code, or any other important information. Email: Automatically open the user's email app with your predefined address, subject, and message. SMS: Make it easy for them to send a pre-written text message to your number. Wi-Fi: Share access to your Wi-Fi network securely without anyone having to enter complicated passwords. Geolocation: Display a specific location on Google Maps or the user's preferred mapping app. Why Choose Our QR Generator? Unlimited Customization: Choose colors, apply gradients, change the style of the dots and corners, and add your own logo in the center for flawless branding. Real-Time Generation: Don't wait any longer. Watch your QR code change and adapt instantly with every adjustment you make. High Resolution and Multiple Formats: Download your codes in PNG, JPEG, and SVG formats. The SVG (vector) format is perfect for high-quality printing at any size without losing sharpness. Free and Easy to Use: Our intuitive interface guides you through every step. You don't need technical knowledge to create a professional QR code in seconds. Privacy First: The entire QR code generation process is done directly in your browser. We don't store, view, or share your data. Your information is yours alone.

Herramienta de ingeniería para determinar flash vaporization en mezclas propano/butano. Calcula Pv, entropía y fase con Raoult o Margules. LPG Vaporization and Entropy Calculator Visit our menu for more articles and information... Professional Thermodynamics Calculator This specialized tool determines whether flash vaporization will occur in LPG (propane and butane) mixtures as they pass through an orifice plate or valve. Ideal for: Process engineers Liquefied gas technicians Thermodynamics students The tool calculates: Vapor pressure (Pv) of the mixture using: Antoine's equation for pure components Raoult's law or Margules model for the mixture Entropy of vaporization (ΔS) Resulting phase (liquid/vapor) comparing P₂ vs P₂ Visual Results Pie chart: Shows % liquid/vapor in the mixture Immediate alert: Detects whether vaporization will occur (P₂ < P₂) Technical details: Partial pressures, model used, thermodynamic data How Do We Calculate the Vaporization Rate of Your LPG Mixture? Our calculator uses advanced thermodynamic principles to predict whether your propane and butane mixture will undergo flash vaporization when passing through a restriction. Here's how to explain the process in simple language: 1. We Determine the Pure Vapor Pressures For each component (propane and butane), we calculate the pressure exerted by their vapors at the temperature you specify. We use proven scientific equations (Antoine's Equation) that mathematically relate temperature to vapor pressure. 2. We calculate the vapor pressure of your mixture Depending on the model you choose: Ideal Model (Raoult): We simply average the pressures based on the percentage of each gas Real Model (Margules): We adjust the calculation considering how different molecules interact with each other 3. We compare it to your downstream pressure The moment of truth: if the pressure after the restriction (P₂) is lower than the vapor pressure we calculated, vaporization will occur! This is because the liquid cannot remain stable at that pressure. 4. We show you what percentage vaporizes We don't just say "yes" or "no," but we calculate exactly what part of your mixture will change to vapor and what part will remain liquid, representing this in an easy-to-understand graph. 5. We calculate the energy involved We determine the entropy of vaporization, which tells you how much energy is required for this phase change—valuable information for designing efficient systems. Model Limitations 1. Range of Validity -Temperature: -50°C to 100°C (outside this range, results may lose accuracy). -Pressure: Up to 20 bar (not applicable for cryogenic or ultra-high-pressure conditions). -Composition: Only valid for binary mixtures of propane/butane. Does not consider: Impurities (methane, ethane, pentane). Additives (odorizers, corrosion inhibitors). 2. Calculation Assumptions Raoult's Law: Assumes ideal behavior (no molecular interactions). Margules Model: Considers interactions, but with fixed coefficients (A₁₂ = 0.143, A₂₁ = 0.128). Antoine Equation: Reduced accuracy near the critical point (T > Tc). 3. Factors Not Considered -Kinetic effects: Does not evaluate expansion rate or residence time. -Heat losses: Assumes an adiabatic process (no heat exchange with the environment). -Restriction geometry: Does not take into account the type of plate/valve (orifice, globe, etc.). Uncertainty in Results Vapor pressure (Pv) ±2-5% Antoine equation (experimental setup) Composition ±1% Rounding in % propane/butane Temperature ±0.5°C Thermocouple accuracy (if actual measurement is used) Margules model ±3-8% Approximate interaction coefficients *Reference values for standard conditions (25°C, 70/30 mixture). Recommendations for Professional Use ✔ Validate with specialized software for critical designs. ✔ Consider a safety factor of 10-15% in industrial applications. ✔ Do not use for: Pressure vessel design (ASME/API standards require more rigorous methods). Blends with >5% other hydrocarbons. Interpretation: If P₂ is within the uncertainty range of Pv, further analysis is recommended. Final Note This tool is useful for preliminary estimates, but technical decisions should be based on international standards (API, ISO) and experimental measurements.

Conversor de unidades de kg, g, t, oz, lb, ug, etc. Mass Unit Converter Mass unit converters are essential tools in numerous technical fields and applications for several reasons, pressure unit converters play a fundamental role in standardization, accuracy and efficiency in numerous technical and scientific fields, contributing significantly to interoperability and the advancement of global technology. Other Converters: -Pressure - Temperature - Flow

Calculadora orbital para la velocidad de escape y velocidad orbital. Introduce masa, radio y altitud para obtener v(e), v(orb) y el Radio de Schwarzschild. Escape Velocity Calculator Visit our menu for more articles and information... Everything in space is a delicate balance. A moving object, like a rocket or an asteroid, has inertia and wants to travel in a straight line forever. However, the immense gravitational force of a massive body (like a planet or a star) constantly attracts it, trying to make it fall. From the interaction between these two forces arise the fundamental concepts of orbital motion. What is Orbital Velocity? Orbital velocity (vorb) is the perfect "equilibrium point"—the exact speed at which an object must move laterally so that the curvature of its fall (caused by gravity) perfectly matches the curvature of the planet. Imagine you're on an incredibly tall tower and you fire a cannonball. If you fire slowly, it falls to Earth. If you fire faster, it travels farther before falling. If you fire at the exact orbital velocity, the cannonball "falls" perpetually, but the Earth curves "away" from it at the same rate. The cannonball never lands: it's now in orbit. It's in a constant state of free fall, but falling around the planet, not towards it. What is Escape Velocity? Now, what happens if you fire that cannonball even faster? Escape velocity (ve) is the point of no return; it is the minimum speed at which the object's kinetic energy is so great that the pull of gravity, although slowing it down, is never enough to stop it or change its path back. The object breaks its closed orbit and escapes the planet's gravitational "well," traveling indefinitely into deep space on an open trajectory (parabolic or hyperbolic). The Absolute Limit: Schwarzschild Radius Physics takes this concept to its most fascinating extreme. How dense would an object have to be for its escape velocity to equal the speed of light (the theoretical maximum speed in the universe)? The Schwarzschild radius (Rs) answers this question. It is the radius to which you would have to compress the entire mass of a body for its surface gravity to be so intense that not even light could escape. This is the threshold that defines the event horizon of a black hole. These three metrics are not just numbers; they are the principles that dictate how satellites orbit our world, how we send probes to other planets, and how we understand the most extreme objects in the cosmos. The formula for escape velocity is:

Calculadora del numero de Reynolds, calculo numero de Reynolds, No. de Reynolds, Numero de Reynolds Reynolds Number Calculator (Re) Welcome to our suite of engineering tools, designed to provide accurate and fast calculations for professionals and students. The Reynolds number (Re) is one of the most crucial dimensionless parameters in fluid mechanics, as it determines a fluid's flow regime: whether it moves smoothly and predictably (laminar flow) or chaotically and irregularly (turbulent flow). The Reynolds number (Re) is a fundamental dimensionless parameter in fluid mechanics that determines the type of flow (laminar, turbulent, or transitional) in a system. Understanding it is essential in engineering, hydrodynamics, and industrial applications such as pipeline, aerodynamics, and pump system design. Understanding the flow regime is critical in countless engineering applications, from pipeline and HVAC design to vehicle aerodynamics and chemical process optimization. Our calculators are designed to simplify this complex calculation, giving you instant and reliable results. Where: ρ (rho) = fluid density (kg/m³) v = characteristic flow velocity (m/s) L = characteristic length (diameter in pipes, chord in aerodynamics) (m) μ (mu) = dynamic viscosity of the fluid (Pa s or kg/(m s)) An alternative can also be used by removing the density and using the Reynolds formula with the kinematic viscosity: Donde: v = characteristic velocity of the fluid (m/s) L = characteristic length (e.g., pipe diameter, airfoil chord) (m) ν (nu) = kinematic viscosity of the fluid (m²/s) The first tool is to calculate the Reynolds number in water, but if you know the fluid viscosity, you can calculate it with the following tool:

"Descubre los tres tipos de metrología: científica, industrial y legal, y su importancia en la precisión de las mediciones. Desde investigaciones avanzadas hasta la protección del consumidor, te explicamos cómo esta ciencia garantiza que nuestras medidas sean confiables y justas en todos los ámbitos." What is Metrology? In simple words! Go to home What is Metrology and Why is it So Important? Metrology, simply put, is the science of measurement. But it’s not just about exact numbers and figures; it’s the art and technique of making sure those measurements are reliable, accurate and consistent. Think of all the ways we measure – from the weight of ingredients in a recipe to the distance between planets. Without metrology, the modern world as we know it simply wouldn’t work. Have you ever wondered how a screw made in one country fits perfectly into a machine made in another part of the world? That's where metrology comes in. It gives us the standards that allow us all to work from the same baseline, eliminating the "small differences" that could cause big problems. It's the reason why the medicines you buy have exactly the dosage you need, or why the gallons of gasoline you pay for are actually full gallons (notwithstanding a few exceptions outside the law). Who Makes This Possible? Behind this science are experts who check and fine-tune measuring tools so that they do not deviate even a thousandth from their target. These people, metrologists , are constantly checking equipment, from the scales in a jewelry store to the dimensions of components in satellites orbiting the Earth. Their mission is to maintain precision in every measurement, no matter how small or large. Why Should You Care About Metrology? Imagine a world where we couldn't be sure that the money in a bank is measured correctly, or that the speed in your car is correctly calculated. Without metrology, confidence in measurements would be lost, and with it, many of the systems we rely on every day, which is why in some countries, this science is regulated by the Ministry of Economy. Ultimately, metrology is not just a science, but a guarantee. It ensures that we can trust what we measure and that the data is the same no matter where you are in the world. It is the silent foundation that makes many things in our lives run smoothly, and it is also a combination of science, laws and regulations. Did you know that metrology is divided into three key areas? Each has its own focus, but all are essential to maintaining measurement accuracy and reliability. Here I'll explain them in simple terms: 1. Scientific Metrology Scientific metrology is the foundation of everything. Imagine this area as the foundation of a house: everything else depends on it. In this field, scientists are dedicated to researching and developing the most accurate measurements possible. They establish universal units of measurement and create methods so that we all measure with the same accuracy. For example, when we talk about the kilogram, the second, or the meter, we are talking about units that have been defined through this metrology. And it's not just a matter of measuring once and that's it: this field is also dedicated to constantly improving those measurements, because we are always seeking greater precision. This is why scientific metrology is frequently updated to include new discoveries that allow for more detailed measurements. 2. Industrial Metrology Then we have industrial metrology, which is the "day-to-day" aspect of metrology in the world of production and manufacturing. It focuses on ensuring that products, from cars to smartphones, are manufactured to the exact measurements they require. Here, precision is crucial for each part of a product to fit correctly and function as it should. Imagine you have a production line in an aircraft engine factory. Industrial metrology ensures that each manufactured part meets the exact size and shape requirements, which is essential for safety and proper functioning. It also involves constant quality control to avoid any deviations that could affect the final product. This type of metrology is key in industries such as automotive, electronics, and pharmaceuticals, where even a small error can have significant consequences. 3. Legal Metrology Finally, legal metrology is what protects everyone in their daily lives. This area deals with measurements that impact justice, security, and commerce. This is where regulations and laws come into play, and their goal is to protect consumers and ensure that all measurements are fair and reliable. Think about when you buy gasoline. Legal metrology ensures that the liter of gasoline you pay for is actually a full liter. The same goes for scales in supermarkets or pharmacies, where measurements must be accurate so you don't overpay or underpay. Metrologists in this area work with regulators and companies to verify that everything is calibrated correctly and complies with the law. In short, these three types of metrology work together to ensure that measurements in science, industry, and everyday life are accurate, reliable, and fair. Do you see how each area has its own function, but they all complement each other? Scientific metrology provides the foundation, industrial metrology ensures the accuracy of the products we use, and legal metrology protects the consumer. It's an invisible network of trust that we all rely on, even though we often don't notice it. And what role does calibration play? Calibration is a practical process within metrology used to ensure that measuring instruments (such as scales, thermometers, or clocks) are measuring correctly. Over time, with use, and environmental conditions, all instruments can begin to lose accuracy. Calibration is responsible for adjusting these instruments, comparing them to a reference standard, and correcting any deviations so that their measurements are accurate. The Relationship Between Metrology and Calibration We can say that metrology establishes the rules of the game, and calibration ensures that the players follow those rules. In other words, metrology provides the standards and structure that give validity to each measurement, and calibration is the tool that allows us to meet those standards in the real world. Every time we calibrate an instrument, we are applying the principles of metrology to ensure that the equipment operates within acceptable accuracy limits. Without metrology, we would have no clear reference to determine whether an instrument measures accurately or not, and without calibration, we would not be able to maintain that accuracy over the long term. Why Is It Important? The relationship between metrology and calibration is crucial in virtually every area, from product manufacturing to medicine. For example, in the pharmaceutical industry, the exact quantities of ingredients in a medicine depend on the precision of measuring equipment, which must be calibrated to meet international standards. In the automotive industry, the safety of a car also depends on the precise and consistent measurements of each part. Uncertainty is an important part of calibration, but what is uncertainty? See the related article: Uncertainty If you have any questions about a topic, ask us. Mail

Calculadora para obtener la temperatura del punto de rocio a traves de su humedad y temperatura ambiente. Dew Point Calculator Visit our menu for more articles and information... Our Dew Point Calculator is an easy-to-use tool that allows you to determine the dew point based on ambient temperature and relative humidity. The dew point is the value to which air must be cooled in order for the water vapor it contains to become saturated and condense as dew, and is an important indicator in meteorology, HVAC, and many industrial processes. Features: This calculator is based on the Magnus-Tetens formula (Mark G. Lawrence, 2005). It provides an uncertainty of 0.35°C within a range of -40°C to 50°C. In our daily lives, we are surrounded by meteorological phenomena that we often overlook. One of the most interesting and useful is the dew point. Although it sounds like a term for expert meteorologists, understanding it has surprising practical applications that can help you at home, in the garden, and even when planning your activities. What Exactly Is the Dew Point? Imagine a glass of ice-cold water on a hot day. Within minutes, the outside of the glass becomes covered in tiny water droplets. Where do they come from? It's not that the glass is leaking; it's that the air surrounding it has cooled so much upon contact with the cold surface that it can no longer hold all of its moisture. The dew point is exactly that temperature. In simple terms, the dew point is the temperature to which the air needs to cool for the water vapor it contains to condense and turn into liquid water. It's a much more accurate measure of humidity in the environment than "relative humidity," as it tells us at what exact temperature condensation will begin to form. The Dew Point in Your Daily and Professional Life Knowing this value is more than just a curiosity. It has a direct impact on our comfort, safety, and in various industries and in your home. At Home: Prevent Mold and Dampness: If the dew point outside is high and the temperature of your walls or windows is lower than that, condensation will appear. This can cause mold and damage the structure of your home. Our calculator helps you know when is a good time to ventilate or use a dehumidifier. Wind Chill: A high dew point (above 20°C) means the air is "sticky" and sweating doesn't cool us effectively. A low dew point (below 10°C) indicates dry, comfortable air. In Industry: Prevent Corrosion: When painting or applying coatings to metal surfaces, it is crucial that the surface temperature is at least 3°C above the dew point. Otherwise, an invisible layer of condensation could form and ruin adhesion, causing rust and premature failure. Storage: In warehouses and storage facilities, ensuring that the temperature does not drop below the dew point is vital to protecting moisture-sensitive products, such as electronics, paper, or food. In Agriculture: Protecting Crops from Frost: Farmers monitor the dew point. If the nighttime temperature is expected to drop to the dew point, dew will form on the plants. If that temperature is 0°C or below, frost will form, which can burn and destroy crops. Pesticide Application: Some treatments are most effective when leaves are wet with dew, while others require them to be dry. How Does Our Calculator Work? Our tool uses the Magnus-Tetens formula, a widely accepted and accurate scientific approximation for determining the dew point. You simply need to enter two values, which you can obtain from any local weather service: Air Temperature (°C) Relative Humidity (%) With this data, the calculator applies the formula and provides you with the result instantly, along with an interactive graph that allows you to visualize how the dew point varies as humidity changes, giving you a deeper understanding of the relationship between these variables. Use our calculator to make more informed decisions, improve the comfort of your home, and better understand the world around you. Technical Explanation From a more technical perspective, the dew point (Td) is the temperature to which a mass of air, at constant barometric pressure, must be cooled to reach water vapor saturation. At this temperature, the rate of condensation of water vapor equals the rate of evaporation, resulting in the formation of liquid water, known as dew. To understand it fully, we must consider two key concepts: Partial Pressure of Water Vapor (e): Air is not a single substance, but a mixture of gases (nitrogen, oxygen, etc.), including water vapor. The pressure exerted solely by the water vapor within this mixture is known as its partial pressure. This pressure is directly related to the number of water molecules in a given volume of air. Saturation Vapor Pressure (e s ): For any given temperature, there is a maximum amount of water vapor that air can hold. The pressure exerted by this maximum amount of water vapor is called the saturation vapor pressure. This saturation pressure is not constant; it increases exponentially with temperature, meaning that warm air has a much greater capacity to hold moisture than cold air. The fundamental relationship is this: The dew point is the temperature at which the saturation vapor pressure (es) becomes equal to the current partial pressure of water vapor (e). In other words: Relative Humidity (RH): It is the ratio between the current vapor pressure and the saturation vapor pressure at the current temperature: Dew Point (Td): This is the temperature at which the current vapor pressure (e) would be the saturation pressure. The Magnus-Tetens Formula The calculator uses an empirical approximation known as the Magnus-Tetens formula to solve this relationship. The formula first calculates the saturation vapor pressure at the current temperature (T) and then uses relative humidity (RH) to find the current vapor pressure (e). The formula is expressed as follows: Where: Td is the dew point. a (17.625) and b (243.04 °C) are the Magnus coefficients, empirical constants derived for water vapor over liquid water. α(T,RH) is an intermediate term representing the logarithm of the current water vapor pressure, calculated as: This equation reveals that the dew point depends nonlinearly (exponentially) on temperature and humidity. Unlike relative humidity (which varies with temperature), the dew point is an absolute measure of the water vapor content in the air. Under stable pressure conditions, it will remain constant even if the temperature changes, as long as the amount of water vapor in the air mass remains unchanged.

Visita nuestra Politica de Privacidad en AxoTek y AxoMex Privacy Policy PRIVACY POLICY. This Privacy Policy establishes the terms under which AxoTek.me uses and protects the information provided by its users when using its website. This company is committed to the security of its users' data. When we ask you to fill in the fields of personal information with which you can be identified, we do so ensuring that it will only be used in accordance with the terms of this document. However, this Privacy Policy may change over time or be updated, so we recommend and emphasize that you continually review this page to ensure that you agree with such changes. Information that is collected. Our website may collect personal information such as: Name, contact information such as your email address and demographic information. Likewise, when necessary, specific information may be required to process an order or make a delivery or billing. Use of the information collected. Our website uses the information in order to provide the best possible service, particularly to maintain a record of users, orders if applicable, and improve our products and services. Periodic emails may be sent through our site with special offers, new products and other advertising information that we consider relevant to you or that may provide you with some benefit, these emails will be sent to the address you provide and may be canceled at any time. AxoTek.me is highly committed to fulfilling the commitment to keep your information safe. We use the most advanced systems and constantly update them to ensure that there is no unauthorized access. Cookies A cookie refers to a file that is sent with the purpose of requesting permission to be stored on your computer, by accepting said file it is created and the cookie then serves to have information regarding web traffic, and also facilitate future visits to a recurring website. Another function that cookies have is that with them the websites can recognize you individually and therefore provide you with the best personalized service on your website. Our website uses cookies to identify which pages are visited and how often. This information is used only for statistical analysis and then the information is permanently deleted. You can delete cookies at any time from your computer. However, cookies help to provide a better service to websites; they do not give access to information about you or your computer, unless you want this and provide it directly. You can accept or deny the use of cookies, however most browsers automatically accept cookies as it helps to have a better web service. You can also change the configuration of your computer to reject cookies. If you decline them, you may not be able to use some of our services. Links to Third Parties This website may contain links to other sites that may be of interest to you. Once you click on these links and leave our page, we no longer have control over the site to which you are redirected and therefore we are not responsible for the terms or privacy or the protection of your data on those other third party sites. These sites are subject to their own privacy policies, so it is recommended that you consult them to confirm that you agree with them. Control of your personal information At any time you can restrict the collection or use of the personal information that is provided to our website. Each time you are asked to fill out a form, such as the user registration form, you can check or uncheck the option to receive information by email. If you have checked the option to receive our newsletter or advertising, you can cancel it at any time. This company will not sell, assign or distribute the personal information that is collected without your consent, unless required by a judge with a court order. We reserve the right to change the terms of this Privacy Policy at any time. Go back