Given a passage and a query based on the passage, generate an unambiguous, concise and simple answer to the query from information in the passage. Note that the answer may not be present in exact form.

Q: Vinyl doesn’t last very long. A well cared for vinyl wrap can last for up to 7 years. (We’ve seen some last longer, but these were mostly show cars that didn’t see much time outside.) We usually give a lifespan of 5-7 years for our color change films (3M, Avery, etc…) and 5 years for our digitally printed wraps. Along with boats; jet skis, sea-doo’s, and even yachts can be wrapped. With help from the Custom-Car-Wraps team, wrapping your vehicle to meet your every need has just got easier! Design Your Own Boat Wrap. It all starts with creating a quick mock-up layout of the design that you would like for your vehicle via the Custom-Car-Wraps website designer. As for the cost. I bet you could wrap your boat 3 times, to equal the cost of regel coating. Anyways, feel free to give me a call and we can see if this is something you will want to persue. Thanks Corey Fenske Sticky Graphics 916-952-3324 Oh, Camo does look really cool on the water. I've always wanted to do someones boat with tules. We’ve been printing and shipping wrap kits all over the world for the last 8 years and in the last 8 years we’ve never had a boat wrap that didn’t fit. Every single wrap project we take on is a custom one off project. We have to get photos, then create a guide of what we need to measure. Boat Wrap & Vehicle Wrap Kits designed, printed and shipped by Wake Graphics. Wake Graphics is a vinyl wraps and graphics company that specializes in every aspect of the wrap process from design, to print, to ship and even the wrap installation. So, How Long Will My Boat Wrap Last? The industry does not offer any warranty coverage for marine wrap installations, only durability ratings. If preventative measures are taken and the proper methodology is used, it is reasonable to expect a wrap to last on average 3-5 years. Check with your wrap provider to see what coverage they offer against failure. We currently have a 12 month/100 hour satisfaction guarantee. You worked hard for your boat now let your boat work for you! Custom Graphics and Signs understands the importance of marketing your brand and works closely with you from concept to installation to develop the most effective boat wraps and marine graphics designed to fit your business,your budget and your style. How long does a decal boat wrap last? We use the highest grade 3M films in the production of our boat wraps. Although 3M rates the lifespan of their vinyl films with laminate for a seven years, we recommend removing a vinyl boat wrap within 5 years to help with difficult removal scenarios. I'm sure you are not as rough on your boat as a touring pro, so every thing will last a lot longer. The warenty is only going to cover man. defects, or shop errors. The other nice thing about wraps are, if you hit it and rip part of it, you can always reprint a small section and patch it. Laminating and removing boat vinyl Once you've applied the vinyl-if you've avoided air-egress vinyl and applied it properly-it should last at least through one boating season. Some boat wraps may last longer. Like anything, it depends on the wear and tear on the boat. You can potentially extend the life of the wrap by laminating it. Query: how long do boat wraps graphics last

A: A boat wraps last for 3 to 5 years.
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Q: A gas doesn't have a definite shape or volume iits molecules are very loose A liquid doesn't have a definite shape, but it does have a definite volume. A solid has both a def … inite shape and volume. molecules in solid are closely bound together. In other words, the application of a pressure of 72.9 atmospheres on a sample of carbon dioxide gas at 88°F will cause the gas to liquefy. (An atmosphere is a unit of pressure equal to the pressure of the air at sea level, or approximately 14.7 pounds per square inch.) The incoming pressure of natural gas in the UK is somewhere between 19-23 mbar. Answer     The density of LNG is roughly 0.41 to 0.5 kg/L, depending on temperature, pressure and composition. (In comparison water has a density of 1.0 kg/L) A gas doesn't have a definite shape or volume iits molecules are very loose A liquid doesn't have a definite shape, but it does have a definite volume. A solid has both a def…inite shape and volume. molecules in solid are closely bound together. Generally speaking, the closer natural gas gets to a customer, the smaller the pipe diameter is and the lower the pressure is. The gas utility's central control center continuously monitors flow rates and pressures at various points in its system. The critical temperature of a gas is the temperature at or above which no amount of pressure, however great, will cause the gas to liquefy. The minimum pressure required to liquefy the gas at the critical temperature is called the critical pressure. For example, the critical temperature for carbon dioxide is 88°F (31°C). That means that no amount of pressure applied to a sample of carbon dioxide gas at or above 88°F will cause the gas to liquefy. Aside from the machinery used to compress the gas and the energy used to drive that machinery, essentially no CO2 is produced. Natural gas at the well head is at high pressure …, in order to liquefy it it needs to be compressed to about 50 atmospheres and cooled by running it through condensers to release the heat of compression. What is the typical burner pressure for natural gas? This is the pressure supplied from the gas meter to a appliance this should be 20mb at the inlet of the gas valve before the appliance is working ie taking gas from the main p … ipe. Gases, liquefaction of. Liquefaction of gases is the process by which a gas is converted to a liquid. For example, oxygen normally occurs as a gas. However, by applying sufficient amounts of pressure and by reducing the temperature by a sufficient amount, oxygen can be converted to a liquid. How Does the Natural Gas Delivery System Work? How Does the Natural Gas Delivery System Work? Gas flowing from higher to lower pressure is the fundamental principle of the natural gas delivery system. The amount of pressure in a pipeline is measured in pounds per square inch. From the well, the natural gas goes into gathering lines, which are like branches on a tree, getting larger as they get closer to the central collection point. Query: at what pressure does natural gas liquify

A: In order to liquefy natural gas it needs to be compressed to about 50 atmospheres and cooled by running it through condensers to release the heat of compression.
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Q: Calcium is a chemical element. Its symbol on the periodic table is Ca. Its atomic number is 20. It has 20 protons and 20 electrons. The most common isotopes are Ca-40 and Ca-44. Its mass number is about 40.08. Calcium is very important in the human body, for making bones and for other purposes. As you state in the question, glucose enters the beta-cell and is metabolized creating an INCREASE in the ATP content of the cell. This increased ATP binds to ATP-sensitive potassium channels and CLOSES them. Inactivation and closure is an intrinsic property of that type of calcium channel, and the channels do not REACTIVATE until the cell returns to being polarized once again. This inactivation is what limits the amount of calcium flux INTO the cell, which as mentioned in the other answer can be toxic to the cell. Calcium is not found as a metal in the ground; it is too reactive. Calcium carbonate, also known as calcite, is the most common calcium mineral. Calcium in cells. It is important to know how cells work. Many cells have calcium channels on their surface. These are openings where calcium ions can enter the cell. The cell is told to act and it opens the channels. Once in the cell calcium ions activates many proteins to do specific things. When the cell reaches a threshold potential (that is, when it becomes depolarized to a certain point), it will cause opening of a type of voltage sensitive calcium channels. At this point, calcium channels open and allow calcium to flow down its concentration gradient and INTO the beta-cells. This calcium entry is required for the release of insulin vesicles through a mechanism that is outside the scope of this question, but unrelated to the calcium channels opening and closing. Remember, these channels are typically OPEN and allow potassium to normally flow OUT of the cell (because that would be potassium flowing DOWN its concentration gradient... potassium concentration is higher inside the cell than outside the cell). Note: This is the opposite for calcium, which would flow INTO the cell and down its concentration gradient (calcium outside the cell is higher than calcium inside the cell). At the same time the ATP-sensitive channels are acting, there are Na/K ATPase pumps at work to move sodium OUT of the cell and potassium INTO to the cell (against the concentration gradients of both those ions). How does excitation-contraction coupling in a cardiac muscle cell differ from that in a skeletal and smooth muscle fiber. Cardiac--depolarization due to influx of calcium ions through voltage gated channels (L type calcium channels which are modified versions of the DHP receptors in skeletal muscle). Cardiac--instead of being open directly by voltage as in skeletal muscle, cardiac are opened by binding of trigger calcium in cytosol. Mechanism by which individual muscle cells of the heart function as if they were a single unit, all undergoing synchronous electrical and mechanical activity. Cardiac muscles are joined by gap junctions that permit the conduction of action potential from cell to cell. This means that potassium can't leave the cell anymore, which depolarises the membrane and causes voltage-gated calcium channels to open and release calcium into the cell to trigger insulin release. I don't understand why this happens, because both potassium and calcium being positively charged. When it is in a chunk, it starts reacting slowly because calcium hydroxide makes a coating that does not dissolve on the calcium. If a little acid is added to calcium hydroxide, it dissolves it, making the calcium react very fast. It burns when powdered to make a reddish flame. This makes calcium oxide. Query: how does calcium enter the cell

A:
Many cells have calcium channels on their surface. These are openings where calcium ions can enter the cell. The cell is told to act and it opens the channels.
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