In one sentence, describe what the following article is about: Tie with butchers twine.
Summary: Place pork on cutting board  Cut a lengthwise slit, 1/2-inch from bottom, to within 1/2-inch of the edge of pork tenderloin to form a pocket. Open the pork loin flap you have just made. Use the knife to cut through the thick portion of the pork loin meat, 1/2-inch from the bottom and again 1/2-inch from the edge. Unroll the pork loin to form a flat piece of meat. Repeat until pork is an even 1/2-inch thickness throughout the meat. Pound the meat, if needed to make flat and even. Chill meat while preparing stuffing. Add favorite stuffing to the butterflied (filleted) pork loin meat then roll up. Cook as directed in recipe.

In one sentence, describe what the following article is about: Click the Windows logo in the bottom-left corner of the screen. You can also press the ⊞ Win key on your computer's keyboard. Click the folder-shaped icon in the lower-left corner of the Start window. It's a tab in the top-left side of the File Explorer window. A menu will appear below the View tab. It's a box-shaped icon on the far-right side of the View menu. It's in the upper-left corner of the Folder Options window. This option is in the "Privacy" section toward the bottom of the window. Doing so will remove your recent searches from the File Explorer. If you pinned any folders or files to the File Explorer, they won't be cleared. Uncheck both the Show recently used files in Quick Access and Show recently used folders in Quick Access boxes in the "Privacy" section. While optional, doing this will prevent searched items from appearing in the File Explorer search bar. It's at the bottom of the Folder Options window. Your File Explorer history should now be clear.
Summary: Open Start . Open File Explorer . Click View. Click Options. Click the General tab. Click Clear. Hide your future search history. Click OK.

In one sentence, describe what the following article is about: Once you have analyzed all of the family members that you plan to include, make a list of their eye colors. This list will need to be analyzed either by hand or using computer software to determine possible eye colors for the baby. If you have no experience with inherited genes, you should use a computer program or consult someone that has knowledge of how genes are passed down. For example:  Father: blue eyes Mother: brown eyes Paternal Grandmother: brown eyes Paternal Grandfather: blue eyes Maternal Grandmother: brown eyes Maternal Grandfather: blue eyes Online calculators do most of the biology and math for you. Enter the eye color of each relative (e.g., parents, grandparents, aunts, uncles) in the indicated fields. When you are finished, the program will analyze the data and tell you the likelihood of each eye color. A Punnett square can be made for eye color by drawing a chart with 2 columns and 2 rows. On top of the columns, list the father’s alleles (genotype) for eye color. Along the left side of the rows, list the mother’s alleles for eye color. If you can determine the 2 genes that each parent has (this is easiest if both parents are homozygous), you can make a Punnett square. This square will tell you the possible gene combinations for your baby, which will indicate the possible eye colors. The Punnett square will also show the probability of each color. There should be 4 blank spaces under the father’s alleles and to the right of the mother’s alleles. In each space, write the father’s allele from the above it and the mother’s allele from the left of it. These 4 gene combinations are the possible combinations of your baby. The 4 boxes represent possible combinations of alleles. Each box represents a 25% chance that your baby will have that combination of alleles, and thus the eye color that it represents. If a certain combination does not appear in any box, there is no chance of having that combination. If a combination appears more than once, the chance of the baby carrying those alleles is greater. In the example above, it is clear that the father is homozygous (because blue eyes are recessive) and that the mother is heterozygous (because her father had blue eyes and could only have passed that gene). This allows you to make a Punnett square with 4 boxes. The likelihood of the baby having brown eyes will be 50% and the likelihood that it has blue eyes will be 50%.
Summary:
List all known genes for eye color. Use an online calculator. Draw a Punnett square. Fill in the Punnett Square. Determine the probability of different eye colors.