Finally, tie the 2 lengths of string to a third piece of string at the junction where the 2 strings meet to make your brindle and line. Repeat this process with the other dowel and a second piece of string. Run the other end of the string to the opposite end of the dowel and tie it there. Next, tie a piece of string to the end of one of the dowels. The first theorem of kite states that the diagonals of a kite are perpendicular, meaning they intersect at a 90-degree angle. Fold the excess plastic over the dowel and press it into the hot glue. Then, lay the frame on top of the sheet you’ve cut, and line the inside of each dowel with hot glue. Set the frame aside, and cut around the outline you drew, adding 2 inches (5 cm) to each side as you cut. Now, lay your frame on top of a garbage bag or sheet of thin plastic, and outline the frame with a marker. Pull the string tight so it's taut, then tie the 2 ends into a knot. Use the notches you cut to keep the string in place. Run a long length of string around the ends of the dowels to connect the 4 ends. Visit now FREE 11+ Comprehension Masterclass 25th June Book Now. Along with Stepwise Solutions, Timing, PDF download to boost your the GCSE Maths Grades. Next, cut a notch in the end of each dowel using a small knife. Must Practice GCSE (9-1) Maths Kites Past Paper Questions. Wait a few minutes for the hot glue to dry. Wrap string around the point where the 2 dowels meet, and use hot glue to cover the string and seal the 2 dowels together. Then, lay the longer dowel down on a flat surface, and place the shorter dowel on top of it about 4 inches (12.5 cm) above the midpoint so they're perpindicular. Cut one of the dowels so it's about 6 inches (15 cm) shorter than the other one. To make a kite, first you'll need 2 wooden dowels that are less than 2 inches (5 cm) in diameter and about 40 inches (100 cm) long.
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