In one sentence, describe what the following article is about: One of the great things about slouchy boots is their versatility! If you prefer a semi-slouchy boot, simply tug the top of the boot up to reduce the slouch.  Focus on making the boots less slouchy on the widest part of your leg to create a slimmer silhouette. If your boots won’t stay up, use a boot band or adhesive tape to keep them in place. If you love the slouchy look of this trend, you can embrace it by pushing the boots down. Tug the boots down to create additional folds and wrinkles for a super slouchy look. If your boots are leather or suede, you can pair them with either shiny or matte fabrics. However, if your boots are patent leather, vinyl, or another shiny material, you’ll want to wear them with matte fabrics to keep your look from becoming too costume-like.  For instance, shiny black slouchy boots would look great with dark-wash skinny jeans and a floral-patterned blouse. A vinyl bodycon dress paired with vinyl slouchy boots, on the other hand, takes the look over the top.
Summary: Pull the boots up for a streamlined silhouette. Push the boots down to create a more substantial slouch. Pair shiny boots with matte fabrics.

In one sentence, describe what the following article is about: In the fourth column of your data table, you will calculate and record the error of each predicted value. Specifically, subtract the predicted value (y′{\displaystyle y^{\prime }}) from the actual observed value (y{\displaystyle y}). For the data in the sample set, these calculations are as follows:  y(x)−y′(x){\displaystyle y(x)-y^{\prime }(x)} y(1)−y′(1)=2−2.8=−0.8{\displaystyle y(1)-y^{\prime }(1)=2-2.8=-0.8} y(2)−y′(2)=4−3.4=0.6{\displaystyle y(2)-y^{\prime }(2)=4-3.4=0.6} y(3)−y′(3)=5−4=1{\displaystyle y(3)-y^{\prime }(3)=5-4=1} y(4)−y′(4)=4−4.6=−0.6{\displaystyle y(4)-y^{\prime }(4)=4-4.6=-0.6} y(5)−y′(5)=5−5.2=−0.2{\displaystyle y(5)-y^{\prime }(5)=5-5.2=-0.2} Take each value in the fourth column and square it by multiplying it by itself. Fill in these results in the final column of your data table. For the sample data set, these calculations are as follows:  −0.82=0.64{\displaystyle -0.8^{2}=0.64} 0.62=0.36{\displaystyle 0.6^{2}=0.36} 12=1.0{\displaystyle 1^{2}=1.0} −0.6=0.36{\displaystyle -0.6=0.36} −0.2=0.04{\displaystyle -0.2=0.04} The statistical value known as the sum of squared errors (SSE) is a useful step in finding standard deviation, variance and other measurements. To find the SSE from your data table, add the values in the fifth column of your data table. For this sample data set, this calculation is as follows: 0.64+0.36+1.0+0.36+0.04=2.4{\displaystyle 0.64+0.36+1.0+0.36+0.04=2.4} The Standard Error of the Estimate is the square root of the average of the SSE. It is generally represented with the Greek letter σ{\displaystyle \sigma }. Therefore, the first calculation is to divide the SSE score by the number of measured data points. Then, find the square root of that result.  If the measured data represents an entire population, then you will find the average by dividing by N, the number of data points. However, if you are working with a smaller sample set of the population, then substitute N-2 in the denominator. For the sample data set in this article, we can assume that it is a sample set and not a population, just because there are only 5 data values. Therefore, calculate the Standard Error of the Estimate as follows:  σ=2.45−2{\displaystyle \sigma ={\sqrt {\frac {2.4}{5-2}}}} σ=2.43{\displaystyle \sigma ={\sqrt {\frac {2.4}{3}}}} σ=0.8{\displaystyle \sigma ={\sqrt {0.8}}} σ=0.894{\displaystyle \sigma =0.894} The Standard Error of the Estimate is a statistical figure that tells you how well your measured data relates to a theoretical straight line, the line of regression. A score of 0 would mean a perfect match, that every measured data point fell directly on the line. Widely scattered data will have a much higher score. With this small sample set, the standard error score of 0.894 is quite low and represents well organized data results.
Summary: Calculate the error of each predicted value. Calculate the squares of the errors. Find the sum of the squared errors (SSE). Finalize your calculations. Interpret your result.

In one sentence, describe what the following article is about: You'll need your birth certificate, as well as your passport. The passport can be expired. You'll also need two passport photos of yourself. The photos must be identical, in color, and have been taken recently. The application can be found online. Pick the appropriate application, either by grant or descent. Once again, you'll need to fill in biographical information on you and your parents. You'll also need to answer questions about where you live, your residency status, and your fluency in English. You'll have another section about any criminal charges you may have faced. The application for by descent is slightly less complicated than by grant. You will need an adult to witness your signature of the application. A citizenship officer can be your witness. Whoever acts as the witness must also have a New Zealand passport. The person cannot live at the same address or be a relation. You have to pay fees to complete your application. As of 2016, those fees were about NZ$500 to complete the citizenship by grant application, though they are subject to change. For citizenship by descent, the application fee is about NZ$200. You also must pay a fee if your citizenship is denied. Once your application is completed, you can either send in your application by mail or make an appointment to go to one of the citizenship offices. The locations to walk the application in are in Wellington, Auckland, Christchurch, and Manukau. The addresses are on the online application. If you mail it in, make sure to use a "track and trace" courier bag. Mail the application to Department of Internal Affairs, PO Box 10680, Wellington 6143 You must take either an oath or affirmation to become a citizen by grant. Basically, you'll just stand up at a ceremony and say you pledge loyalty to New Zealand. The oath is religious (it includes "so help me God") while the affirmation is not. You also take the oath on a religious book.
Summary:
Have the appropriate documents ready. Fill in the application. Have it witnessed. Pay the fee. Send or walk the application in. Take the oath or affirmation.