Q: http://www.astronomie.be/registax/download.html. \lune\photos_recadrees'), either by drag and drop into Registrar's window or by using the 'Select' menu. Depending on your image resolution, Registax will automatically create alignpoints (red circles on the current image preview) that will later be used to register each frame with the rest of the images set. You can see, in the 'Limit Setup' frame, that the 'Lowest Quality (%)' parameter is automatically updated by Registax. Move the horizontal scroll bar for each layer in order to get the picture you like most. For the moon, my filter settings were the following: Layer 1: 15,0 Layer 2: 12,0 Layer 3: 7,0 Layer 4: 6,0 Layer 5: 5,0 Layer 6: 2,0 You'll find more information on the wavelet filter in Registax here: http://www.astronomie.be/registax/previewv6-3.html Click on this section's figure to compare an original single image and the final image registered and wavelet filtered with Registax 6. Pretty nice improvement, isn't it?
A: Download and install Registax 6 from the following page: Open Registax (you can use the shortcut created on your desktop during the installation process) Import the selected cropped images (in 'C: Create the Alignpoints by clicking the 'Set Alignpoints' button. Click on the 'Align' button in order to start the alignment process. Click on 'Limit' in order to set the quality threshold for the image stacking process. Click on 'Stack' to perform the stacking task with the default parameters. Use Registax's wavelet filter by clicking the Wavelet tab. Then, click 'Do All' in order to make the Wavelet filter apply on the whole image (the preview just applies to the image center). Don't forget to save the final image by clicking 'Save Image' once you are happy with the result.

Q: Any combination of greens will work for the smoothie, but kale, chard, and spinach are popular options. Romaine and arugula can also work well. If you're new to green smoothies, it's best to start with spinach or chard, which both have mild flavors. Kale is high in beta carotene, vitamin K, vitamin C, calcium, and fiber, as well as antioxidants. But while it's extremely healthy, it has a strong, semi-bitter flavor and fibrous texture that can take some getting used to. Start with a small amount in your smoothie to get used to the flavor. Add cup (118 ml) of unsweetened almond milk, 1 tablespoon (16 g) of almond butter, 1 banana, and 2 cups (150 g) of mixed greens to the pitcher of a blender. It's best to use a high-speed blender, which will have an easier time pulverizing all of the ingredients. You can substitute another nut milk, dairy milk, soy milk, coconut water, or plain water for the almond milk if you prefer. If you want a cold smoothie, you can add some ice to the mixture as well. It's best to start the blender on a low speed and gradually increase it to avoid damaging the motor. If you don't have a high-speed blender, try pulsing the blender multiple times instead of leaving it on for a prolonged period of time. The finished smoothie should have a thick but pourable consistency. You can double or triple the recipe to make additional servings for the future. Store the leftover smoothie in an airtight container for up to three days. The recipe makes enough for a single smoothie. Add it to your favorite travel mug, and enjoy it as a replacement for your meals for three days to fully detox.
A: Choose the mixed greens that you want to use. Combine all of the ingredients in a blender. Blend the mixture until it's smooth. Pour the smoothie into a glass and drink.

Q: A problem involving a monomial and a binomial will involve one polynomial that only has a single term. The second polynomial will have two terms, which will be separated by either a plus sign or a minus sign. A polynomial problem involving a monomial and a binomial will look something like: (ax) * (bx + cy) Example: (2x)(3x + 4y) Rewrite the problem so that all the terms are separate by distributing the single-term polynomial to both terms in the two-term polynomial. After this step, the new rewritten form will look something like: (ax * bx) + (ax * cy) Example: (2x)(3x + 4y) = (2x)(3x) + (2x)(4y) The constants refer to the numerical digits in the problem. These are multiplied as they usually would be according to the standard times table. In other words, during this part of the problem, you are multiplying a, b, and c together. Example: (2x)(3x + 4y) = (2x)(3x) + (2x)(4y) = 6(x)(x) + 8(x)(y) The variables refer to the letters in the equation. When you multiply these variables, different variables will simply be combined together. When you multiply a variable by a like variable, though, you raise that variable by another power. In other words, you are multiplying the the x and y portions of the equation. Example: (2x)(3x + 4y) = (2x)(3x) + (2x)(4y) = 6(x)(x) + 8(x)(y) = 6x^2 + 8xy This type of polynomial problem is also simple enough to usually avoid the need for combining like terms. The result will look something like: abx^2 + acxy Example: 6x^2 + 8xy
A: Examine the problem. Distribute the monomial to both terms in the binomial. Multiply the constants. Multiply the variables. Write your final answer.

Q: You can use a glass or plastic bottle as long as it is dark-colored; light will cause the hydrogen peroxide to degrade faster. Make sure that you are using distilled or filtered water. Use only 3% hydrogen peroxide. Anything higher could be damaging to your oral and dental health. Store the bottle in a cool, dark place until you are ready to use it. Pour some mouthwash into a cup. Swish and gargle it in your mouth for about 30 seconds, then spit it out. Rinse your mouth afterwards with water, then discard any mouthwash left in the cup.
A:
Pour 1 cup (240 milliliters) of lukewarm water into a dark bottle. Add 1 cup (240 milliliters) of 3% hydrogen peroxide. Close the bottle, then shake it to combine the ingredients. Use the mouthwash no more than twice daily.