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If you were able to get the urine sample, congratulations! To prevent the urine from spilling out or getting contaminated, cover the container as soon as you can. If you're using a container that has a matching lid, use that lid to cover the container. If you used a pie plate, pour the urine into a container with a sealable lid if possible. Otherwise, cover it tightly with two layers of plastic wrap. Wash your hands before and after covering the container. A fresh urine sample will provide the most accurate urinalysis results. Ideally, the urine should be examined either immediately or within a few hours of collection. After collecting the urine sample, take it to your vet's office as soon as you can. If you can't drop off the urine sample right away, you'll need to store it at your home until your appointment. Because the urine will need to stay cool, place the urine sample in your fridge or on ice in a small cooler. If you choose to store the urine sample in the fridge, wrap the container in a plastic bag first. If you're not comfortable having the urine sample close to your food, a cooler would probably the better storage choice. A urine sample more than 12 hours old is no longer fresh and may not give accurate results. If more than 12 hours pass between collecting your female dog's urine sample and the appointment with your vet, let the vet know how old the sample is, so they can decide if it will affect the results and if a new sample is necessary.

summary: Cover the container. Take the sample to your vet's office. Store the urine sample in a cool place.

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You can install a waterfall on a natural slope or hill, or you can dig out the slope yourself. Alternately, if the soil or foundation you're digging into is difficult to excavate, consider building the stream above ground using a combination of rocks and gravel as your base. How much of a slope will you need? The absolute minimum slope you need is a 2 inch (5cm) drop for every 10 feet (3m) of stream. Of course, the steeper the slope, the faster the water runs and the louder the sound of the waterfall. You want your lower basin, which sends water back up to the top of the waterfall, to be located near an electrical source so that you don't have to string an unsightly extension cord across your otherwise pristine garden. Knowing just how much water passes through your stream and waterfalls will help you determine how large your upper pool and lower basin need to be. (You don't want your garden overflowing when you turn the pump off.) Here's how do to that: First, estimate the amount of water that passes through a linear foot of your stream. If your stream is relatively small say it's about 2 to 3 feet (0.6 to 0.9m) wide and 2 to 3 inches deep estimate about 5 gallons (18.9L) of water per linear foot. Add to or subtract from that estimate depending on the size and depth of your proposed stream. Next, measure the total stream capacity. Measure out how many linear feet your entire stream takes up. Now, simply make sure that either your upper pool or lower basin holds more than the total stream capacity. So if your stream capacity is 100 gallons (378.5L), a 50 gallon (189.3L) basin and a 200 gallon (757.1L) pool will easily accommodate the stream. Generally, waterfalls contain three different sizes of stone: boulders, or larger stones, which frame the waterfall(s); rocks, or medium-sized stone, which serve as the connecting stones; and gravel, which fills in the bottom of the stream and in between cracks and crevasses. Visit a "rock," "quarry," or "gravel and stone" dealer in person to get a feel for what kinds of stones your waterfall might enjoy. This is a much more reliable way of getting exactly what you want, as opposed to merely ordering a kit and hoping that the stones are ones that will look good in your backyard. Here's what you can expect to order when it comes time to buying stones for your waterfall: 1.5 - 2 tons of large (12 - 24 inches) boulders for upper pool and lower basin, plus 2 - 6 tons extra for 10 feet (3.0m) portions of stream that are above ground .75 ton of medium (6 - 24 inches) rocks per 10 feet (3.0m) of stream .5 ton of small (.5 - 2 inches) gravel per 10 feet (3.0m) of stream, plus 1 - 2 tons for the upper pool and lower basin each

summary: Choose a location. Think about placing your waterfall near an electrical source. Plan the size of your stream. Get your boulders, rocks, and gravel.

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You have to have the right amount and type of Energy needed for the attack cost (listed on the card to the left of the attack name) attached to that Pokemon in order to attack. Some attacks require colorless energy. There are indicated by white stars, and can be any type of energy. Other attacks will require specific energy types. Most cards have a Weakness to a particular type. It will receive additional damage if your Pokemon is of the type it has weakness to. It will receive less damage if your Pokemon is of the type it has resistance to. The damage an attack inflicts will be to the right of the attack name. There are also some effects that are listed beneath some attacks that can increase the damage output, so watch out for those! This damage is placed on the defending Pokemon (your opponent's Active Pokemon). In game, damage will be referred to as damage counters, with each one representing 10 damage. You can keep track of these damage counters by using official counters, any sort of small flat objects, or with dice. Pokemon with 0 HP (the amount of damage is greater than or equal to the HP of the Pokemon) are knocked out. Place them in their owner's discard pile, along with any Energies or items that may be attached, and any or all evolutions. Then, you can take a Prize card.
summary: Attack. Note your opponent's weakness. Check the defending Pokemon's resistance. Inflict damage. Discard knocked out Pokemon.