Set aside. Do this by gently pressing the side of each jello shot with your finger and gently drawing to the middle to release its hold on the edges. Use another finger to help leverage out the shots. If they are really sticky, a gentle run of warm water on the back of the cups may help. Take care to have the shots ready to fall onto the plate (not too far). The shots will look amazing with this added on top. Guests can help themselves to a shot simply by grasping the sides of the flattened paper case and lifting to their mouths. They can use this paper to hold the jello shot while they nibble at it.
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One-sentence summary -- Trim each design to shape. Release the shots from the cups. Arrange each jello shot to sit on a flattened cupcake paper case, with the widest end down on the plate, the narrowest at the top. Add each edible design to the shots just prior to serving, once they're neatly assembled on the serving plate.

Unless you have professional experience, you should never attempt to attach longterm extensions on your own. Extensions that require fusing, weaving, or heat/cold treatments can cause damage to your hair attached incorrectly. Always hire a stylist if you're going with these types of extensions. You should not sleep on your extensions. They tend to be more delicate than regular hair. Wrap your hair in a shower cap or a silk bonnet at night to avoid damaging your extensions. Like regular hair, extensions require washing and care. However, you want to be careful when washing extensions, especially if you have synthetic extensions. Consider using a dry shampoo. You should also be sure to avoid placing conditioner near the glue or bonds holding your extensions in place.
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One-sentence summary -- Have a stylist attach longterm hair extensions. Protect your extensions when you're sleeping. Wash your extensions gently.

Once the diagnosis of ectopic pregnancy is confirmed, your doctor will want to treat you very quickly. This is because the treatment for ectopic pregnancy is much simpler when done sooner rather than later. Also, it is impossible for an ectopic tubal pregnancy to "survive"; in other words, the fetus won't be able to live anyway, so removing the pregnancy sooner rather than later prevents complications (which, if left too long, may become life-threatening). The most commonly administer medication in this scenario is methotrexate. It is given via intramuscular injection, one or more times, depending upon how much is needed to successfully get rid of the ectopic pregnancy. After the injection of methotrexate is given, you will receive repeat blood tests to check your -HCG level. If it drops to near zero (undetectable in the blood test), the treatment will be deemed successful; if not, you will receive more methotrexate injections until this goal is reached, and if it still not attained you may need surgery. During surgery, your doctors may also repair or remove the damaged fallopian tube if needed. Indications for surgery include: Severe blood loss requiring urgent treatment. Failure of methotrexate treatment.
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One-sentence summary -- Seek treatment promptly. Take medication that will abort the pregnancy. Have surgery to remove the ectopic pregnancy.

Any chemical reaction involves two categories of chemicals products and reactants. Products are the chemicals created by the reaction, while reactants are the chemicals that interact, combine, or break down to make the product. In other words, the reactants of a reaction are like the ingredients in a recipe, while the products are like the finished dish. To find H for a reaction, first identify its products and reactants. As an example, let's say we want to find the enthalpy of reaction for the formation of water from hydrogen and oxygen: 2H2 (Hydrogen) + O2 (Oxygen) 2H2O (Water). In this equation, H2 and O2 are the reactants and H2O is the product. Next, find the masses of your reactants. If you don't know their masses and aren't able to weigh the reactants in a scientific balance, you can use their molar masses to find their actual masses. Molar masses are constants that can be found on standard periodic tables (for individual elements) and in other chemistry resources (for molecules and compounds). Simply multiply the molar mass of each reactant by the number of moles used to find the reactants' masses. In our water example, our reactants are hydrogen and oxygen gases, which have molar masses of 2g and 32 g, respectively. Since we used 2 moles of hydrogen (signified by the "2" coefficient in the equation next to H2) and 1 mole of oxygen (signified by no coefficient next to O2), we can calculate the total mass of the reactants as follows:2 (2g) + 1 (32g) = 4g + 32g = 36g Next, find the specific heat of the product you're analyzing. Every element or molecule has a specific heat value associated with it: these values are constants and are usually located in chemistry resources (like, for instance, in tables at the back of a chemistry textbook). There are several different ways to measure specific heat, but for our formula, we'll use value measured in the units joule/gram C. Note that if your equation has multiple products, you'll need to perform the enthalpy calculation for the component reaction used to produce each product, then add them together to find the enthalpy for the entire reaction. In our example, the final product is water, which has a specific heat of about 4.2 joule/gram C. Next, we'll find T, the change in temperature from before the reaction to after the reaction. Subtract the initial temperature (or T1) of the reaction from the final temperature (or T2) to calculate this value. As in most chemistry work, Kelvin (K) temperatures should be used here (though Celsius (C) will give the same results). For our example, let's say that our reaction was 185K at its very start but had cooled to 95K by the time it finished. In this case, T would be calculated as follows:T = T2 T1 = 95K 185K = -90K Once you have m, the mass of your reactants, s, the specific heat of your product, and T, the temperature change from your reaction, you are prepared to find the enthalpy of reaction. Simply plug your values into the formula H = m x s x T and multiply to solve. Your answer will be in the unit of energy Joules (J). For our example problem, we would find the enthalpy of reaction as follows:H = (36g) (4.2 JK-1 g-1) (-90K ) = -13,608 J One of the most common reasons that H is calculated for various reactions is to determine whether the reaction is exothermic (loses energy and gives off heat) or endothermic (gains energy and absorbs heat). If the sign of your final answer for H is positive, the reaction is endothermic. On the other hand, if the sign is negative, the reaction is exothermic. The larger the number itself is, the more exo- or endo- thermic the reaction is. Beware strongly exothermic reactions these can sometimes signify a large release of energy, which, if rapid enough, can cause an explosion. In our example, our final answer is -13608 J. Since the sign is negative, we know that our reaction is exothermic. This makes sense H2 and O2 are gasses, while H2O, the product, is a liquid. The hot gasses (in the form of steam) have to release energy into the environment in the form of heat to cool to the point that they can form liquid water, meaning that the formation of H2O is exothermic.
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One-sentence summary --
Determine your reaction's products and reactants. Determine the total mass of the reactants. Find the specific heat of your product. Find the difference in temperature after the reaction. Use the formula H = m x s x T to solve. Determine whether your reaction gains or loses energy.