Калькулятор пеноплекс: Калькулятор расчета утеплителя для стен, пола

ПЕНОПЛЭКС – официальный сайт: эффективная теплоизоляция

О компании

Новости компании, публикации, мастер-классы и не только

Собираетесь строить загородный дом, коттедж или баню? Планируете ремонт в городской квартире, в подвале или на чердаке? Мечтаете превратить в жилое пространство балкон или лоджию? Подбирая качественные и надежные стройматериалы, не забудьте об эффективной теплоизоляции!

В России, где в отдельных регионах температура летом поднимается выше +40ºС, а зимой — опускается ниже –60ºС, предъявляются повышенные требования к тепловой защите зданий. Современный утеплитель ПЕНОПЛЭКС® на основе экструзионного пенополистирола помогает решить сразу несколько задач:

• обеспечивает надежную тепловую защиту ограждающих конструкций, защищает их от воздействия негативных факторов окружающей среды;
• экономит ваши расходы на отопление и кондиционирование;
• создает здоровый микроклимат в помещении.

Строительная теплоизоляция ПЕНОПЛЭКС® выгодно отличается от минеральных утеплителей и пенопластов. Высокие теплоизоляционные свойства ПЕНОПЛЭКС® — низкий коэффициент теплопроводности, нулевое водопоглощение, биостойкость, высокая прочность, небольшой вес, долговечность и экологичность — делают его незаменимым при строительстве и ремонте конструкций любой сложности.

Благодаря однородной прочной структуре и легкому весу теплоизоляционные материалы ПЕНОПЛЭКС® очень удобны при монтаже: они не осыпаются и не крошатся, не требуют использования масок и других средств защиты. Теплоизоляция ПЕНОПЛЭКС® – современное, высокоэффективное решение по оптимальной цене!

Как определить необходимую толщину и количество плит ПЕНОПЛЭКС®? — Рассчитайте с помощью простого калькулятора прямо сейчас, на нашем сайте.

Всю дополнительную информацию, которая вам потребуется для теплоизоляции вашего дома или квартиры, Вы найдете на сайте ПЕНОПЛЭКС® (www.penoplex.ru).

90000 Penoplex — 90001 90002 -. 90003 . +7 (812) 925-75-85 90004 90004 WhatsApp 90006 90004 90004 -: 10:00 — 21:00 90004 90010 90011 90012 90011 90012 90011 90012 90011 90012 90011 90012 90021 90010 90011 90012 90011 90012 90021 90002,,.,,. 90003 90030 90031 90002 45 90003 90002 (& Sup3) 90003 (& Sup3) 90002 (& Sup2) 90003 (& Sup2) 90002 () 90003 () 90002 : 35 504 & sup2.90003 90002 20 30 40 50 60 80 100 90003 90002 84 500. 90003 90030 90031 90002 (0.) 90003 (0.) 90002 — (1 500). 90003 — (1 500). 90002 86 000. 90003 90030 90031 Airbrand .+7 (812) 925-75-85 90004 90004 WhatsApp 90006 90004 90004 -: 10:00 — 21:00 90004 90010 90011 90012 90011 90012 90011 90012 90021 : E-mail: : .90000 Parlay Calculator 90001 90002 You have been on a hot streak and are feeling good about a couple of different bets one night. Is there a way to capitalize on this confidence with less capital invested? There is, and it’s called a parlay. These bets are essentially bundles of individual bets that are treated as a single bet. They offer a lower risk profile with big upside, yet they are often much more difficult to hit due to one simple rule: you must hit every individual bet to win the parlay.Parlays allow you to bet less and win more, with the understanding that these bets are more difficult to hit. Let’s see how they work. 90003 90002 I’m going to show how to calculate your parlay value using «moneyline bets» (or «win bets» in some parts of the world) because moneyline odds are quite standard. That being said, all odds formats are convertible and interchangeable, and I’ll explain below how to convert other formats into moneyline odds at the bottom of the article. 90003 90006 How to Calculate Individual Moneyline Profits: 90007 90002 First, in order to understand how to calculate parlays, we must understand individual moneyline bets.A moneyline bet is simply a wager on who or what team will win an event, and the odds will show you who is in favor to win. Imagine FC Barcelona is playing against a U16 football team (a team composed of individuals under 16 years of age). If a book lets you bet both sides evenly, it would make sense to always bet for FC Barcelona, ​​as they would be the heavy favorites. The odds help even the playing field, so to say. 90003 90002 Here is an example of how the book might show this particular matchup.90003 90012 90013 FC Barcelona | -3,000 90014 90013 U16 | +2,800 90014 90017 90002 There are two parts two each moneyline: the plus or minus sign, and a number. The sign shows who is favorited. The minus sign indicates the favorite, and the plus sign indicates the underdog. The number shows the extent to which that person or team is the favorite or underdog, and it indicates the profit in accordance with your bet. 90003 90002 Let’s start with calculating the underdog profit, as it’s a little more intuitive.Remember, the underdog moneyline odds will have the plus sign in front. The underdog odds show you at face value how much you would get paid out in profit based on the size of a $ 100 wager. If you bet $ 100 on the U16 team, you would get paid out $ 2,800 in profit. The formula for any size bet is shown below: 90003 90022 90002 Where: 90003 90012 90013 90027 Profit 90028 = how much money you win 90014 90013 90027 Wager 90028 = how much money you bet 90014 90013 90027 Moneyline 90028 = the value of the moneyline 90014 90017 90002 The profit calculation for the favorite is just as easy mechanically, but it is less intuitive.This moneyline represents how much you have to bet in order to get paid out $ 100. For this example, you would have to bet $ 3,000 on FC Barcelona in order to get paid out $ 100. The formula for any size bet is shown below: 90003 90041 90002 Where: 90003 90012 90013 90027 Profit 90028 = how much money you win 90014 90013 90027 Wager 90028 = how much money you bet 90014 90013 90027 Moneyline 90028 = the value of the moneyline 90014 90017 90006 Individual Moneyline Example: 90007 90002 Let’s stick with our example.FC Barcelona is going head to head with a U16 football team, and the moneyline odds are as follows: 90003 90012 90013 FC Barcelona | -3,000 90014 90013 U16 | +2,800 90014 90017 90002 Suppose you have good information that the U16 team will provide a tough showing for FC Barcelona, ​​so you plan on making a $ 125 bet on the U16 team. Also, suppose your friend, a more risk averse individual, wants to bet $ 50 on FC Barcelona. 90003 90002 To calculate your profit for your bet on the U16 team, divide $ 125 by 100, and multiple by the moneyline, as follows.90003 90072 90002 To calculate your friend’s profit for his / her bet on FC Barcelona, ​​divide 100 by the moneyline and multiply by $ 50, as follows. 90003 90075 90002 Remember also that, if you win your bet, in addition to your profit, you will get your wager back. 90003 90006 How to Calculate a Parlay Payout: 90007 90002 Now that we understand how to calculate individual moneyline profits, we need just a few more steps in order to calculate a parlay payout. The easiest way to calculate a parlay payout is to first convert moneyline odds to decimal odds.90003 90002 To convert positive moneyline odds to decimal odds, divide the positive moneyline by 100, and add 1, as shown below: 90003 90084 90002 To convert negative moneyline odds to decimal odds, divide 100 by the negative moneyline, and add 1, as shown below: 90003 90087 90002 Next, all we have to do is a simple string of multiplication. Multiply how much you want to wager by the decimal odd of each individual bet in the parlay. The formula is shown below: 90003 90090 90002 Where: 90003 90012 90013 90027 Payout 90028 = profit plus the amount you wager 90014 90013 90027 Wager 90028 = how much money you bet 90014 90013 90027 DecimalOdd 90028 = the decimal odd for each individual bet 90014 90017 90002 In order to calculate the profit, all you have to do is subtract your wager amount from the calculated payout.90003 90006 Parlay Payout Example: 90007 90002 Let’s take a look at an example with a parlay that includes three bets. You plan on making a $ 50 wager. The first game you want to include in the parlay is Game 1 with a moneyline odd of -135, the second game is Game 2 with a moneyline odd of +155, and the third game is Game 3 with a moneyline odd of -220. First, we must convert these moneyline odds to decimal odds. Game 1 and Game 3 will be calculated the same way, where we divide 100 by each moneyline odd and add 1.Game 2 will be calculated by dividing the moneyline odd by 100 and adding 1. The calculations are shown below: 90003 90113 90114 90115 90116 Game 90117 90116 Moneyline Odd 90117 90116 Calculation 90117 90116 Decimal Odd 90117 90124 90125 90126 90115 90128 Game 1 90129 90128 -135 90129 90128 (100/135) + 1 90 129 90128 1.741 90129 90124 90115 90128 Game 2 90129 90128 +155 90 129 90128 (155/100) + 1 90 129 90128 2.550 90129 90124 90115 90128 Game 3 90129 90128 -220 90129 90128 (100/220) + 1 90 129 90128 1.455 90129 90124 90157 90158 90002 Next, we simply multiply our wager, which in this case is $ 50, by all three of those decimal odds. 90003 90161 90002 Lastly, if we want to calculate our profit, all we have to do is subtract our wager, so we get Profit = $ 322.83 — $ 50 = $ 272.83. And there we have it, our parlay profit! 90003 90006 A Note on Moneyline Conversions: 90007 90002 Here I will simply show the formulas to compute moneyline odds from different odds formats.Note that the calculator requires moneyline inputs. That being said, if you are given decimal odds already and want to compute your parlay by hand, there is no need to convert the decimal odds to moneyline odds. 90003 90168 Decimal to moneyline: 90169 90002 There are two methods to convert decimal odds to moneyline odds, one method being for decimal odds less than 2.0, and the other method being for decimal odds greater than 2.0. Decimal odds of 2.0 equates to moneyline odds of +100. 90003 90002 To calculate moneyline odds from decimal odds less than 2.0, divide -100 by the difference between the decimal odd and 1. Then round to the nearest whole number. 90003 90174 90002 To calculate moneyline odds from decimal odds greater than 2.0, multiply the difference between the decimal odds and 1 by 100. 90003 90177 90168 Fractional to moneyline 90169 90002 There are two methods to convert fractional odds to moneyline odds, one method being for fractions less than 1/1, and one method being for fractions greater than 1/1. Odds that read 1/1 are equivalent to +100 moneyline odds.90003 90002 To calculate moneyline odds from fractional odds less than 1/1, divide -100 by the fraction. 90003 90184 90002 To calculate moneyline odds from fractional odds greater than 1/1, multiply +100 by the fraction. 90003 90187 .90000 GFR Calculator 90001 90002 The GFR (glomerular filtration rate) Calculator estimates GFR values ​​based on factors including serum creatinine value, age, race, and gender. For comparison purposes, the results for three prevalent formulas used for estimating GFR are provided. 90003 90004 GFR Calculator for Adults 90005 90002 This calculator is for people aged 18 years or older. 90003 90004 GFR Calculator for Children 90005 90002 This calculator is for people aged 18 years or younger.90003 90012 What is Glomerular filtration rate (GFR)? 90013 90002 Glomerular filtration rate describes the rate of flow of filtered fluids through the kidney and is used as a measure of kidney function. Generally, a higher value of GFR indicates better kidney function. A significant decrease in GFR indicates that the kidney is not properly functioning, resulting in lower volumes of fluids being filtered over a given time. The normal range of GFR adjusted for body surface area is 100 to 130 mL / min / 1.73m 90015 2 90016 in men and 90 to 120mL / min / 1.73m 90015 2 90016 in women below the age of 40. After age 40, GFR decreases progressively with age. Refer to the table below for population mean estimated GFR for a number of age ranges. 90003 90012 Population Mean Estimated GFR 90013 90022 90023 90024 Age 90025 90024 Mean Estimated GFR 90027 (mL / min / 1.73 m 90015 2 90016) 90025 90031 90023 90024 20-29 90025 90024 116 90025 90031 90023 90024 30-39 90025 90024 107 90025 90031 90023 90024 40-49 90025 90024 99 90025 90031 90023 90024 50-59 90025 90024 93 90025 90031 90023 90024 60-69 90025 90024 85 90025 90031 90023 90024 70+ 90025 90024 75 90025 90031 90068 90012 Chronic Kidney Disease Stages 90013 90002 A GFR above 60 mL / min / 1.73m 90015 2 90016 is usually adequate for most patients and alone is not necessarily indicative of a patient having chronic kidney disease (CKD). 90015 1 90016 If however there has been a significant decline of GFR since a previous test, this could be an early indicator of kidney disease. Note that the sooner that kidney disease is diagnosed and treated, the higher the probability that the need for dialysis can be prevented. Below is a table of GFR ranges for the different stages of CKD. The different stages are dependent on other factors in conjunction with GFR, as noted in the table.90003 90022 90023 90024 Stage 90025 90024 GFR Value (mL / min / 1.73 m 90015 2 90016) 90025 90031 90023 90024 Normal 90025 90024 90+ or ​​above and no proteinuria 90025 90031 90023 90024 CKD1 90025 90024 90+ with evidence of kidney damage 90025 90031 90023 90024 CKD2 (Mild) 90025 90024 60 to 89 with evidence of kidney damage 90025 90031 90023 90024 CKD3 (Moderate) 90025 90024 30 to 59 90025 90031 90023 90024 CKD4 (Severe) 90025 90024 15 to 29 90025 90031 90023 90024 CKD5 Kidney failure 90025 90024 less than 15 90025 90031 90068 90012 Measuring GFR 90013 90002 The most accurate way to determine GFR involves the measurement of the rate at which an external substance such as inulin is removed from the bloodstream, termed inulin clearance.Inulin is freely filtered by the kidney and does not undergo metabolism, tubular secretion or absorption, making it an ideal candidate for measuring GFR. 90015 2 90016 This measurement method requires continuous intravenous infusion, a number of blood and urine collections, and proper timing of blood samples, making it impractical for routine clinical use. 90015 3 90016 As such, many formulas have been developed to estimate GFR, many of which are based on creatinine clearance, or estimates of creatinine clearance based on serum creatinine levels.Creatinine clearance does however have the limitation of being affected by muscle mass. Higher muscle mass increases serum creatinine for any given rate of clearance. This means that the same serum creatinine values ​​can signify different levels of renal function for different people based on muscle mass. Furthermore, creatinine is actively secreted in small amounts in the body resulting in GFR determined through creatinine clearance typically being overestimated by 10-20%. Despite its limitations, creatinine clearance still provides an acceptable estimation of GFR due to its ease of measurement when compared to inulin clearance.90015 4 90016 Below are three formulas often used for estimating GFR through serum creatinine. 90003 90002 90134 The IDMS-traceable MDRD study equation 90135 90003 90002 GFR = 175 × (S 90138 Cr 90139) 90015 -1.154 90016 × (age) 90015 -0.203 90016 × (0.742 if female) × (1.212 if Black) 90003 90002 where S 90138 Cr 90139 = serum creatinine in mg / dL 90003 90002 90134 The CKD-EPI formula 90135 90003 90002 Black female 90003 90002 If S 90138 Cr 90139 90158 <90159 0.7 90003 90002 GFR = 166 × (S 90138 Cr 90139/0.7) 90015 -0.329 90016 × 0.993 90015 age 90016 90003 90002 If S 90138 Cr 90139> 0.7 90003 90002 GFR = 166 × (S 90138 Cr 90139 /0.7) 90015 -1.209 90016 × 0.993 90015 age 90016 90003 90002 Black male 90003 90002 If S 90138 Cr 90139 90158 <90159 0.9 90003 90002 GFR = 163 × (S 90138 Cr 90139 /0.9) 90015 -0.411 90016 × 0.993 90015 age 90016 90003 90002 If S 90138 Cr 90139> 0.9 90003 90002 GFR = 163 × (S 90138 Cr 90139 /0.9) 90015 -1.209 90016 × 0.993 90015 age 90016 90003 90002 Non-Black female 90003 90002 If S 90138 Cr 90139 90158 <90159 0.7 90003 90002 GFR = 144 × (S 90138 Cr 90139 /0.7) 90015 -0.329 90016 × 0.993 90015 age 90016 90003 90002 If S 90138 Cr 90139> 0.7 90003 90002 GFR = 144 × (S 90138 Cr 90139 /0.7) 90015 -1.209 90016 × 0.993 90015 age 90016 90003 90002 Non-Black male 90003 90002 If S 90138 Cr 90139 90158 <90159 0.9 90003 90002 GFR = 141 × (S 90138 Cr 90139 /0.9) 90015 -0.411 90016 × 0.993 90015 age 90016 90003 90002 If S 90138 Cr 90139> 0.9 90003 90002 GFR = 141 × (S 90138 Cr 90139/0.9) 90015 -1.209 90016 × 0.993 90015 age 90016 90003 90002 90134 The Mayo Quadratic Formula 90135 90003 90002 If S 90138 Cr 90139 Cr 90003 90002 GFR = e 90015 (1.911 + 5.249 / S 90138 Cr 90139 — 2.114 / S 90138 Cr 90139 90015 2 90016 — 0.00686 × age — (0.205 if female)) 90016 90003 90002 90134 Estimated GFR for children using Schwartz formula 90135 90003 90002 GFR = 0.413 × height (in cm) / S 90138 Cr 90139 90003 90027 90292 90293 «Normal GFR,» The UK eCKD Guide, The Renal Association.90294 90293 Gaspari, F., Perico, N., Remuzzi, G. 1997. «Measurement of glomerular filtration rate.» Kidney International Supplements 63: S151-4. PMID 9407445. 90294 90293 Hsu, C., Bansal, N. 2011. «Measured GFR as ‘Gold Standard’ — All that Glitters Is Not Gold?» Clinical Journal of the American Society of Nephrology 6 (8): 1813-14. Doi: 10.2215 / CJN.06040611. 90294 90293 Wikipedia «Renal function.» 90294 90301 .90000 GDP Deflator Formula Calculator — Omni 90001 90002 How to calculate GDP deflator? 90003 90004 The simple GDP deflation equation is the following: 90005 90004 90007 GDP delfator = Nominal GDP / Real GDP * 100 90008 90005 90004 To have a better insight into the GDP deflator calculator, we need some understanding what is real and nominal GDP. To do that, it might be a good idea to take a simplified numerical example. 90005 90004 Let’s imagine a fictional economy, called La-la-land, which produces only hamburgers and ice-cream.90005 90004 The table below shows prices and quantities produced of the two goods in the years 2016 2017, 2018. To compute the nominal GDP of La-la-land, we need to multiply the amounts of hamburgers and ice-cream by their current prices in each year. 90005 90004 However, if we would like to measure the amount produced that is not affected by changes in prices, we use constant prices for the calculation. This computation gives the real GDP, which is calculated in each year by the price of a base year, in our example, prices in 2016.90005 90004 To calculate the GDP deflator we use our GDP deflator formula for each year. The resulted value shows how the price level of the produced hamburgers and ice-creams has changed compared to the 2016 base year. 90005 90004 90021 90005 90004 With our results, we can find out the inflation rate associating all produced goods in La-la-land. To do that we need to utilize the inflation rate formula with the GDP deflators in different years. 90005 90004 90007 Inflation rate in year 2 = (GDP deflator in year 2 — GDP deflator in year 1) / GDP deflator in year 1 * 100 90008 90005 90004 Substituting our numbers into the formula, the GDP deflator rose in the year 2017 from 100 to 171; the inflation rate is 100 × (171 — 100) / 100, or 71 percent.In 2018, the GDP deflator rose to 240 from 171 the previous year, so the inflation rate is 100 × (240 — 171) / 171, or 40 percent. 90005.