In one sentence, describe what the following article is about: Look for the Nokia PC suite under your programs in the Start menu of your Windows desktop. Click on it to launch. Depending on your phone, you can do several things with it from the Nokia PC Suite. Navigate through the menus and the functionalities. All the connected phones will be listed on the left side of the program window.
Summary: Start the application. Familiarize yourself with the application.

Scientists frequently use a set of temperature and pressure values as a sort of convenient "default". These values are called Standard Temperature and Pressure (or STP for short). Vapor pressure problems frequently make reference to STP conditions, so it's handy to have these values memorized. STP values are defined as: Temperature: 273.15 K / 0 C / 32 F Pressure: 760 mm Hg / 1 atm / 101.325 kilopascals In our example in Section 1, we saw that the Clausius-Clapeyron equation is very useful for finding the vapor pressures of pure substances. However, not every question will ask you to find P1 or P2 many will ask you to find a temperature value or even sometimes an Hvap value. Luckily, in these cases, getting the right answer is simply a matter of rearranging the equation so that the variable you're solving for is alone on one side of the equals sign. For instance, let's say that we have an unknown liquid with a vapor pressure of 25 torr at 273 K and 150 torr at 325 K and we want to find this liquid's enthalpy of vaporization (Hvap). We could solve like this: ln(P1/P2) = (Hvap/R)((1/T2) - (1/T1)) (ln(P1/P2))/((1/T2) - (1/T1)) = (Hvap/R) R (ln(P1/P2))/((1/T2) - (1/T1)) = Hvap Now, we plug in our values: 8.314 J/(K Mol) (-1.79)/(-0.00059) = Hvap 8.314 J/(K Mol) 3,033.90 = Hvap = 25,223.83 J/mol In our Raoult's Law example above, our solute, sugar, doesn't produce any vapor on its own at normal temperatures (think when was the last time you saw a bowl of sugar evaporate on your counter top?) However, when your solute does evaporate, this will affect your vapor pressure. We account for this by using a modified version of the Raoult's Law equation: Psolution = (PcomponentXcomponent) The sigma () symbol means that we just need to add up all of the different components' vapor pressures to find our answers. For example, let's say that we have a solution made from two chemicals: benzene and toluene. The total volume of the solution is 120 milliliters (mL); 60 mL of benzene and 60 of toluene. The temperature of the solution is 25 C and the vapor pressures of each of these chemicals at 25 C is 95.1 mm Hg for benzene 28.4 mm Hg for toluene. Given these values, find the vapor pressure of the solution. We can do this as follows, using standard density, molar mass, and vapor pressure values for our two chemicals: Mass (benzene): 60 mL = .060 L &times 876.50 kg/1,000 L = 0.053 kg = 53 g Mass (toluene): .060 L &times 866.90 kg/1,000 L = 0.052 kg = 52 g Moles (benzene): 53 g 1 mol/78.11 g = 0.679 mol Moles (toluene): 52 g 1 mol/92.14 g = 0.564 mol Total moles: 0.679 + 0.564 = 1.243 Mole fraction (benzene): 0.679/1.243 = 0.546 Mole fraction (toluene): 0.564/1.243 = 0.454 Solve: Psolution = PbenzeneXbenzene + PtolueneXtoluene Psolution = (95.1 mm Hg)(0.546) + (28.4 mm Hg)(0.454) Psolution = 51.92 mm Hg + 12.89 mm Hg = 64.81 mm Hg
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One-sentence summary -- Be aware of Standard Temperature and Pressure conditions. Rearrange the Clausius-Clapeyron equation to find other variables. Account for the vapor pressure of the solute when it produces vapor.

Problem: Article: This is for her upper skull. Make sure that you are using a pencil for the draft sketch so you can erase it afterwards to make it neat. Draw a vertical line in the middle of the head so you know the center of the face. You can draw on a different angle for her pose. Add an L-shaped line for her jaw guide. For her torso, draw an inverted triangle. For her cheeks, just connect the head with the L-shaped line. Draw a circle at the pointed end of the triangle for her hips. For her neck just draw a rectangle to connect the body to her head. For the limbs and legs, just draw some lines. It all comes to the artist's preference. For the hands, just draw rounded ovals. Also, don't forget to add her legs. For her bangs, just draw a semi-circle and add some wavy lines to add some more hair to her side. By now, you should have her basic skeleton. Basically, Cleo's hair is straight and big. On the center of the face, draw her small nose and large lips. Make sure to make the lower lip big and the upper lip thin. Add two almond-shaped figures for her eyes. Make the eyes skew a little from the center. Put in mind the overlapping lines and parts that should be hidden. For her limbs and legs, just add some width from the bone. It doesn't matter if your legs look weird. The drawing style for Monster High defies logic and proportional rules. The lineart might not look perfect and crisp but it should look neat when the pencil is erased. You can add details like jewelry and different accessories. Don't forget to add some eyelashes and the inside lens(which is just 2 small circles overlapping a big one) Try to add more if needed. Don't be afraid to add more lines than what is necessary. You can add lots of trinkets on her clothes. Because Cleo is a mummy, don't forget to add some bandages to her limbs and arms. Cleo also has a jewelry stud/birthmark on her face. When coloring her, notice her eyes are light blue. but in the picture above she has yellow eyes.
Summary:
Draw a big circle. Add guidelines for the face. Add her torso and cheeks. Add neck and hips. Draw her limbs and thigh. Add some hair and hands. Add hair. Draw the face. Using a pen, draw on top of your sketch. Erase the pencil sketch and add details. Color Cleo.