The collection of information from Visitors. You will have and abide by an appropriate Privacy Policy and willĬomply with all applicable laws, policies, and regulations relating to Here is what the Google Analytics terms of use say under "7. Step 5: You’ll automatically receive an email about your refund request, usually within 48 hours.There are many reasons why you'd want a privacy policy, one is the fact that you are using Google Analytics. Step 4: Pick the specific reason from the drop-down menu and confirm by clicking Submit. From here, search for the content you want to return. Step 2: Scroll down to Account in the left-hand menu and click Order History from the top menu. Step 1: Navigate to your Play Store account in your browser and sign in to your Google account (you may already be logged in). Sadly, you can’t ask for a refund through the Google Play Store app itself, so you’ll need to use your browser. This will afford you a full refund, as long as you haven’t downloaded or played the item. The standard consensus is that you can return any product penalty-free within a week of buying it. There are many similarities when it comes to the returning rules for movies, TV shows, music, and e-books in the Google Play Store. How to get refunds for movies, TV shows, music, or ebooks You should know that despite uninstalling an app, you aren’t canceling your subscription and will thus still be liable to pay for it. Step 4: Find the right one and tap Cancel. You can terminate your subscription by following the steps below: If a subscription is the problem, then you need to ensure that you terminate it as soon as possible. If you want a refund on an in-app purchase and it has been more than 48 hours since you bought it, then you’ll need to go directly to the app developer. You will generally get a decision quickly, but it can take up to 48 hours. You’ll need to select which in-app purchase you’d like a refund for and select a reason for your request. Make sure that you’re signed in to your Google account, visit the link, and fill out the form. Google may help you get a refund for an in-app purchase, but you must submit a refund request through this Google form. How to get a refund for an in-app purchase It’s best to be polite and explain your reasons fully, because it’s up to the developer whether to grant the refund or not. Step 6: Explain that you want a refund and why. This should open a new email in your email program. Step 5: Scroll down until you find Developer Contact and tap Email. Step 4: Find the app or game you want to return and tap View. Step 3: Choose Account > Purchase History. Step 2: Tap the three horizontal lines at the top left to open the menu. If it has already been more than two days since you bought the app or game, then you’re going to have to go directly to the developer to request a refund. How to get a refund for apps or games past 48 hours of purchase Make sure that you’re signed into your Google account and visit this Google link to fill out a form. If you’ve gone past the two-hour limit, but you’re still within 48 hours of purchase, then you can request a refund via your browser. Step 6: You should get an email about the refund and it will say Canceled next to the app in your Order History. Step 5: Tap Yes, the app will be uninstalled, and your money will be refunded.
0 Comments
Burn The Rope is the latest iOS game to take a simple and fun concept and stretch it to make a largely enjoyable and challenging puzzle experience. We’ve already spent plenty of time cutting the rope, and now it’s time to burn it. The Little Mermaid, directed by Rob Marshall, opens in theaters nationwide on May 26, 2023.Burn the Rope is everything a great 99 cent game should be She makes a deal with the evil sea witch, Ursula, which gives her a chance to experience life on land, but ultimately places her life – and her father’s crown – in jeopardy. While mermaids are forbidden to interact with humans, Ariel must follow her heart. The youngest of King Triton’s daughters, and the most defiant, Ariel longs to find out more about the world beyond the sea, and while visiting the surface, falls for the dashing Prince Eric. The Little Mermaid is the beloved story of Ariel, a beautiful and spirited young mermaid with a thirst for adventure. The film stars Halle Bailey as Ariel, Daveed Diggs as the voice of Sebastian, Jacob Tremblay as the voice of Flounder, Awkwafina as the voice of Scuttle, Jonah Hauer-King as Prince Eric, Art Malik as Sir Grimsby, Noma Dumezweni as Queen Selina, Javier Bardem as King Triton, and Melissa McCarthy as Ursula. So it is, in the end, a much more in-depth and complicated game design than its basic name of "Burn the Rope" would suggest.Ĭheck out the teaser trailer for The Little Mermaid, the upcoming live-action reimagining of the animated musical classic. There are water bugs that douse your flames, spiders that spit out bridges of silk to connect separated rope sections, electric bugs that start up new fires when their partners are torched and more. There are exploding bugs that set off firestarting blasts in a circular impact area when you touch them with your fire. There are colored bugs that change the hue of your flame when you burn them up, which is then used as a puzzle element when colored ropes show up and are only affected by flames of the same type – so you've got to kill that blue bug before you can burn that blue rope. Each one alters the gameplay in a unique way. And the game ends up adding lots of extra complexity beyond just its paths of rope, too, with the presence of the bugs that Wickman so greatly delights in immolating. The level designs are inventive, with ropes laid out in intricate patterns that serve the double purpose of being both interesting to look at and challenging to try to navigate without your fire going out. The playfulness of Wickman shines through – you can't help but smile at his celebratory dances. The game itself, thankfully, is still fun even amidst those issues. And the price, which is ridiculously inflated to a full ten dollars in the Wii Shop when the game would only run you 99 cents in the App Store (or even nothing at all, if you downloaded the free-to-play Lite version available there).Ī firebug explodes, igniting all surrounding strands. Like the graphics, which don't look nearly as sharp and attractive blown up on a TV outputting 480p as they do on the handheld Retina. What's worse, once you begin to make the iPhone comparison several other parts of this download start to look questionable too. There's not even any support for motion control with the Wii Remote, which potentially could have approximated the action with left and right twists. But I'm not sure that it's a shift for the better – that tangible action of having to rotate an actual object in your hands was part of the game's original appeal, and that aspect is lost here. The shift in how the game is presented makes sense, of course, since you wouldn't be able to physically spin your television around. In those editions, the gameplay demanded that you physically tilt and turn your iDevice in circles in your hands – the rope pattern itself would stay locked in the same position, it was just your view of that position that changed. Like so many Nintendo downloads these days, this game first came to Apple's iPhone and iPad and is only now being ported to Wii. This is a change from Burn the Rope's original incarnation. If you want to use Windows 10 on a Mac with either Parallels Desktop or VMware Fusion, you’ll have to strongly consider buying a new version of your virtualization software of choice.3- Shut down the WIN ( Not logout ) 4- Exit full screen of Parallel Desktop BUT don't close the Parallel window. Parallels Desktop offers more seamless integration than VMware Fusion, and it’s much easier to get started for new users.īut you can manually enter (or exit) Tablet mode-even on a desktop PC-at any time: open Action Center (WINKEY + A) and select the Tablet. With just one click you’re able to install Windows 10 or download Ubuntu, Fedora, and CentOS Mint. Parallels allows for disk savings for iCloud, Dropbox, and Google Drive, and supports Touch. Solutions for integrating Macintosh and Windows. On your Windows PC click on Parallels Access Agent icon in Windows tray on the taskbar. Uncheck Ask for my Windows user name and password as well. Alternative resolution Login to your Windows user account from your PC and set new password to the user, then try to connect from the mobile device again. This video is about Stopping Parallels 16 crashing or suspending on Windows 10. Disclaimer: This disables Metal, if gaming DO NOT use this method.Music by ht. The transition from Windows 10 to Windows 11 looks set to remove one of the most recognizable and feared screens from Microsoft's operating system: the Blue Screen of Death. Launch Parallels Desktop, go to Configuration, select Options, and click on Full Screen. Then, go to Scale to fit screen, and select Keep ratio from the drop-down menu. Then, go to Windows Settings, select System, and click on Display. Scroll down to Screen Resolution and set it to your preferred values. Aborting the parallels tools update popup inside my Windows 10 VM. Installing latest windows updates and rebooting. Reinstalling parallels tools After that the parallels toolbox update managed to get past 60% and i am able to use my VM again. Hi, Thank you for writing to Microsoft Community Forums. I understand that you receive a black screen when launching Windows 10 using Parallels. I will certainly try my best to assist you with the issue. For further clarity on the issue, please respond to the questions below. Open the Settings app and go to the Display tab. Click Advanced Settings and scroll down to the very bottom of the advanced settings screen. This will open the properties for the display adapter. For example, in business, shared accounts can be used to track printing costs by business unit, project, or client. Shared account- A shared account A shared account is an account that is shared by multiple users. PaperCut NG/MF uses this identity to track printing. The username is known as the user's identity. The LDAP directory service is based on a client-server model. It provides a mechanism used to connect to, search, and modify Internet directories. These are often managed by services such as Active Directory or LDAP The Lightweight Directory Access Protocol (LDAP) is a directory service protocol that runs on a layer above the TCP/IP stack. User ID/Username- In a multi-user environment, users log on to a network or computer using a username and password. server- Web Print server is the PaperCut terminology for a server that allows laptop (wireless) users to upload Microsoft Office and PDF files to be printed on network printers from personal computers that are not authenticated to the network and do not have network printer drivers. Web Print Web Print enables printing from user-owned devices without the need to install printer drivers and manage server authentication. Other important providers included with PaperCut NG/MF include user directory and authentication providers. This monitoring component intercepts the local printing and reports the use back to the primary Application Server. This information provider is called the Print Provider A Print Provider is a monitoring service installed on a secondary print server to allow PaperCut to control and track printers. PaperCut NG/MF uses providers to submit print queue/job information to its Application Server. Information provider-A provider is a software component or program responsible for providing information to an Application Server. is first-in-first-out queue listing all jobs pending on a given printer. You can use the print queue to view, pause, resume, restart, and cancel print jobs. Print queue-A print queue A print queue displays information about documents that are waiting to be printed, such as the printing status, document owner, and number of pages to print. A print server can be a dedicated server but on many networks this server can also perform other tasks such as file serving. Users on the workstations submit print jobs to a print server rather then directly to the printer itself. A print server can be a dedicated server but on many networks this server also performs other tasks, such as file serving is a system responsible for hosting print queues and sharing printer resources to desktop clients/workstations. Users submit print jobs to a print server rather then directly to the printer itself. Print server- A print server A print server is a system responsible for hosting print queues and sharing printer resources to desktops. PaperCut NG/MF uses the Application Server model to provide a business logic unit for calculating user costs and providing a web browser interface to end users. PaperCut uses the Application Server to manage user and account information, manage printers, calculate print costs, provide a web browser interface to administrators and end users, and much more.-An Application Server is a server program responsible for centrally processing business logic and providing services to end users. PaperCut NG/MF also uses the client/server model in the optional client software to communicate with end users.Īpplication Server An Application Server is the primary server program responsible for providing the PaperCut user interface, storing data, and providing services to users. model with clients (workstations) submitting jobs to a server. PaperCut also uses the client/server model in the optional client software to communicate with end-users. The printing process on most networks works on a client/server model with clients (desktops) submitting jobs to a server. The printing process on most networks works on a client/server Client software is a small program that runs on each desktop and communicates with a server. Client/Server model- Client software is a small program that runs on each workstation and communicates with a server. The printer supports slicing softwares Simplif圓d, Slic3r, Cura, Octoprint and others since Tiertime lets users modify the Tiertime Cetus into a complete open-source 3D printer. Speaking of settings, the Tiertime Cetus 3D printer allows custom material profiles to be created for third-party filaments for the Windows version of its software. However, even though it prints with this ample assortment of building materials you’ll have to purchase the heated bed upgrade to print with exotic filaments and materials with more extensive temperature settings. This is a great perk since the printer is capable of extruding a wide variety of filaments. One of the first things to notice is that it comes with a. This Tiertime Cetus MK3 review showcases the features provided by the MK3 in both the standard and extended versions of the printer giving the good, the bad, and the in-between. 60 mm direct drive single extrudersĬHECK PRICE ON AMAZON Design & Features of the Tiertime Cetus PLA, ABS, Tough ABS, PETG, Nylon, Wood, TPU Let’s get into the tech specs: Tiertime Cetus Technical Specsġ80 mm x 180 mm x 180 mm (7 in x 7 in x 7 in)ġ80 mm x 280 mm x 180 mm (7 in x 11 in x 7 in) It offers a series of upgrades and add-ons that both enhance and customize the machine to your liking. Whether you’re looking for the Tiertime Cetus or its extended version, it’s useful to know that Tiertime takes a simplistic approach to its line of 3D printers. Depending on how they handle timeouts when reaching out to these services (for example, whether it is best effort or they fail hard), functionality can be impacted in subtle and hard-to-observe ways. deployments often query a bunch of external services as part of regular functioning.While it is usually relatively straightforward to figure out from which network endpoints we expect communications to a pod, it is, in practice, usually much harder to figure out to which network endpoints connections from a pod go. Restricting egress often breaks apps in unexpected ways. Second, and more important, egress network policies are typically harder to operationalize. Why? First, it is simpler to not do both at once, since otherwise it can be hard to know whether a network connection was blocked because of ingress or egress configurations. Note that controls are unidirectional – for traffic from B to be allowed to initiate a connection to A, egress must be allowed from B to A and ingress to B from A.įirst things first - we recommend setting up network policies for ingress and operationalizing it successfully before setting up egress network policies. traffic from one pod (A) to another (B) is allowed if and only if egress is allowed from A to B and ingress is allowed to B from A.traffic from a pod to an external network endpoint outside the cluster is allowed if egress is allowed from the pod to that endpoint. traffic to a pod from an external network endpoint outside the cluster is allowed if ingress from that endpoint is allowed to the pod.These specifications work as one would expect: Network policies can be used to specify both allowed ingress to pods and allowed egress from pods. As with most Kubernetes objects, network policies are extremely flexible and powerful – if you know the exact communications patterns of the services in your application, you can use network policies to restrict communications to exactly what’s required and nothing more. They can be thought of as the Kubernetes equivalent of a firewall. Network policies are used in Kubernetes to specify how groups of pods are allowed to communicate with each other and with external network endpoints. A Brief Recap: What are Network Policies? This follow-up post explains how to enhance your network policies to also control allowed egress. Azure would have to follow to remain competitive.A few months ago, we published a guide to setting up Kubernetes network policies, which focused exclusively on ingress network policies.
Your heartbeat or heart rhythm is abnormal (arrhythmia).Your heart muscle isn't getting as much oxygen as it needs (ischemia).For instance, an EKG can indicate several heart conditions, including the following: Test results are very important to the SSA's determination. What Evidence Do I Need for My Heart Condition? Now, if you have severe hypertension, you simply are evaluated under the condition your hypertension has caused, such as congestive heart failure, coronary artery disease, stroke, or kidney damage. The SSA used to have an impairment listing for high blood pressure, but not anymore. But if you have chronic or congestive heart failure, which means your heart isn't pumping out enough blood, whether it's from high blood pressure, atherosclerosis, cardiomyopathy, or congenital heart disease, Social Security would use the chronic heart failure listing. Most patients who've had a heart attack or have heart disease are evaluated under ischemic heart disease because their doctor has diagnosed them with coronary artery disease. Most people who apply for disability for heart conditions generally fall into one of two categories: And arrhythmias are most often caused by ischemic heart disease but have a separate listing. For example, " dilated cardiomyopathy" (caused by an enlarged, weakened left ventricle) can lead to congestive heart failure, but "ischemic cardiomyopathy" (not enough blood getting to the heart muscle) leads to ischemic heart disease. When your heart can't pump blood properly, the cause can determine which listing the SSA will use. For example, coronary artery disease is usually evaluated under the listing for ischemic heart disease, though it can also cause congestive heart failure (CHF). Unless you're a doctor, it can be difficult to determine which SSA impairment listing your heart condition falls under. heart transplant (to remedy end-stage heart failure or severe coronary heart disease).peripheral arterial disease (PAD): narrowed arteries can't carry enough blood to your limbs, or.chronic venous insufficiency: leg veins can't pump enough oxygen-poor blood back to the heart.aneurysm of the aorta or major heart branches: swelling due to weakness in the blood vessel wall.symptomatic congenital heart disease: structural defects leading to malfunction, causing "cyanosis" (bluish skin from oxygen deprivation).recurrent arrhythmias: abnormal heart rhythm causing "syncope" (loss of consciousness).ischemic heart disease (coronary artery disease): reduced blood flow to the heart muscle.chronic heart failure (congestive heart failure): the heart's pumping action is compromised.You can qualify for disability by meeting Social Security's impairment listings for any of the following: Which Disability Listing Will Social Security Use for My Heart Problem? If your heart condition doesn't meet the requirements for an automatic disability determination, the SSA will look at the " exertional restrictions" your doctor has put on you (such as no heavy lifting) to see if there are any jobs you can do (more on this below). The SSA will look at various tests to see if your heart condition meets the requirements of an SSA impairment listing ( the SSA's Blue Book), including: How Does Social Security Decide If I'm Disabled? Rather, the SSA focuses on whether your ability to work is limited by your heart's reduced capacity to pump blood or by your heart muscle's not getting enough blood. myocardial infarction (heart attack), or.For most common heart problems, the SSA doesn't evaluate disability according to the underlying heart problem like: Various types of heart disease and cardiovascular problems qualify for disability through the Social Security Administration (SSA). While not enthusiastically embraced by the Linux kernel developers, it offers some advantages over legacy BIOS and is becoming more widely used, especially for 64-bit x86 systems. The Extensible Firmware Interface is a BIOS replacement originally developed by Intel® for its Itanium® systems and later expanded to include x86 and other architectures. Virtualized systems (vmware, qemu, etc.) typically have their own legacy BIOS implementations and will use this method to boot ChromiumOS images. We have a tool and scripts that can change the boot partition GUID in the MBR when we need to select an alternate boot path. The second-stage syslinux bootloader is installed on that partition, along with its corresponding config file (/syslinux/syslinux.cfg). That code can specify one GPT partition to boot, indentified by a matching UniquePartitionGUID field in the Partition Entry Array. The ChromiumOS build process places GPT-aware boot sector code from syslinux in the MBR. Legacy BIOSes will continue to boot ChromiumOS from the MBR. The first part of the kernel then switches to protected mode and jumps to the kernel's 32-bit entry point, passing along the pointer to the zeropage table. At this point, the CPU is still running in Real Mode. After the zeropage table is filled in, a pointer to it is placed in the ESI register and execution continues with the first part of the kernel. It also creates a special table in memory called the “zeropage table.” The bootloader initializes fields in that table by making calls to the BIOS via interrupts. Eventually, the bootloader code identifies the kernel.That code then continues the boot process in some unspecified way - typically that VBR code (as well as the MBR code) is generated by and installed by grub, lilo, syslinux, or some similar bootloader. It searches the four partition table entries, finds a partition flagged as bootable, copies the first 512 bytes from that partition (the so-called Volume Boot Record or VBR) into RAM, and jumps there.
The next question was "How were they arranged in the atom?" Thompson knew that the atom overall had a neutral charge, so he imagined that the negatively charged electrons must be distributed randomly in a positively charged matrix. He called them "corpuscles " we call them "electrons." So even though we didn't understand what shapes they took, we knew that there were both negative and positive components to matter. He concluded that the cathode "rays" weren't rays or waves at all, but were, in fact, very light, very small negatively-charged particles. And the mass was about a thousand times lighter than a hydrogen, which was the smallest bit of matter known at the time. Thompson took the discharge tube research further: by measuring how much heat the cathode rays generated and how much they could be bent by magnets and other things, he was able to estimate the mass of the rays. Goldstein didn't fully understand what he'd discovered here- I mean, scientists still hadn't figured out what was responsible for the negative charge in the rays either. But in 1886, German physicist Eugen Goldstein found that the tubes also emitted light from the positive electrode- basically, a ray headed in the opposite direction, which meant that there must also be a positive charge in matter. Because this light was originally produced by a negative electrode, or cathode, it was called a cathode ray, and it had a negative charge. In the 1870s, scientists began probing what stuff was made of using discharge tubes, basically gas-filled tubes with electrodes in each end, which emit light when an electrical current passes through them- basically, what a neon light is. The next logical question was "Why? Why do they behave the way they do?" This led to the investigation of atomic structure. Thanks to these, and other great minds, by the eighteen hundreds we had a better grip on the general behavior of atoms. We've been talking a lot about the fine details of chemistry in recent weeks, and we're gonna keep doing that as we move on to nuclear chemistry and then to the basics of organic chemistry, but we do, I wanted to set aside some time to explain how we know what we know about the atom today, and how we know that we're not quite done figuring it out. But, as has been the case in all science, each scientist built on what had been learned before. As time went on, many more were the result of rigorous experimentation. Some models, like that of Leucippus, were just blind guesses. Now this makes a certain amount of sense if you don't happen to have access to electron microscopes or cathode-ray tubes or the work of generations of previous scientists, cause the fact is atomic theory as we know it today is the product of hundreds, if not thousands, of different insights. So, they thought that iron atoms were hard and stuck together with hooks, clay atoms were softer and attached by ball and socket joints that made them flexible, and cheese atoms were squishy and delicious. And they attributed properties of each substance to the forms of the atoms. So basically, they thought that iron was made up of iron particles and clay was made up of clay particles and cheese was made up of cheese particles. They gave these particles the name " atomos," which means uncuttable or indivisible. No one knows how they developed this concept, but they didn't think the particles were particularly special- they just thought that if you cut something in half enough times, eventually you'll reach a particle that can't be cut anymore. That's when Greek philosopher Leucippus and his pupil Democritus first came up with the idea that matter is composed of tiny particles. How do you picture an atom in your mind- like this, or like this, or maybe one of these? If you understand enough about atoms to visualize any of those things, then you know more about atomic theory than scientists did just a hundred years ago, and, like, WAY more than they thought they knew twenty-five hundred years ago. Want to find Crash Course elsewhere on the internet? Leucippus, Democritus & Atomic Theory 0:09 From Leucippus to Heisenberg to you - yes, YOU - the story of Atomic Chemistry is all wibbly-wobbly. How did we get here? Well, in terms of Atomic Chemistry, Hank takes us on a tour of the folks that were part of the long chain of other folks who helped us get to these deeper understandings of the world. Also, if you can afford to pay a little every month, it really helps us to continue producing great content. You can directly support Crash Course at Subscribe for as little as $0 to keep up with everything we're doing. In contrast to the traditional approach that uses expected cash-flows to value investment projects, the real option approach takes into account the entire distribution of cash-flows, allowing the firm to react/respond during the course of the investment. Furthermore, the option to abandon a project is important and valuable in research and development (R&D) investments as it provides the flexibility to abandon a project in the presence of negative outcomes. On the other hand, even with a positive NPV project, the option to delay the investment is valuable as it gives the firm the opportunity to wait until more market information is available. In this case, the option to expand is valuable and must be considered when quantifying the value of the mine. This investment will provide the option to develop the remainder of the mine when and if market prices change. Consider the valuation of a mine of which, at current commodity prices, only half is economically feasible for development. For example, the option to expand a project is valuable when a firm may want to invest in a negative net present value (NPV) project if it provides the firm the possibility of developing a new project. There are four main types of options associated with investment projects-the option to expand, to postpone, to abandon, and to temporarily suspend an investment. Most investments are subject to options valuation. Whenever possible, real options valuations are aligned with financial market valuations. Uncertainty and the agent's ability to respond to it (flexibility) are the source of value of an option. Options are contingent decisions that provide the opportunity to make a decision after uncertainty unfolds. The real options approach is an extension of financial options theory to options on real/non-financial assets. Two applications of the real options approach are discussed in more detail: the valuation of natural resource investments and the valuation of research and development investments. Recent developments in the valuation of complex American options has allowed progress in the solution of many interesting real option problems. After a general introduction to the subject, numerical procedures to value real options are discussed. Email: paper provides an overview of the real options approach to valuation mainly from the point of view of the author who has worked in this area for over 30 years. ** California Chair in Real Estate and Land Economics Professor of Finance, Anderson School of Management, University of California, Los Angeles. Hay Jin Kim provided valuable assistance. * This lecture was delivered at the 2013 Finance UC Conference in Santiago, Chile. THE REAL OPTIONS APPROACH TO VALUATION: CHALLENGES AND OPPORTUNITIES * |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |