2025 FAFM Feb 24 - X is Solving for X
I use a number of mathematical equations in my crochet projects since I am generally using yarn from my stash and not full skeins.
I have a list of the number of total stitches per round as well as the cumulative total. After a few rounds I weigh the piece in grams and divide by the number of total stitches. This gives my an approx weight per stitch. Using that figure, I can determine how many stitches I can get from the yarn available. That helps me decide on color placement. Next, I measure the increase in size per round to determine how many rounds it will take for the desired size. When finished, I make a note of the total weight in grams. All this solving for X takes time but a lot less frustrating than ripping a project apart because there isn't enough yarn.
While it's not an eXact science, it gives me a pretty good estimate.
This blanket is now done and I can "X" it off the list.
Yes, I do like math and nice to be able to put those algebra skills to good use
2025 FAFM Feb 24 - X is Solving for X
I use a number of mathematical equations in my crochet projects since I am generally using yarn from my stash and not full skeins.
I have a list of the number of total stitches per round as well as the cumulative total. After a few rounds I weigh the piece in grams and divide by the number of total stitches. This gives my an approx weight per stitch. Using that figure, I can determine how many stitches I can get from the yarn available. That helps me decide on color placement. Next, I measure the increase in size per round to determine how many rounds it will take for the desired size. When finished, I make a note of the total weight in grams. All this solving for X takes time but a lot less frustrating than ripping a project apart because there isn't enough yarn.
While it's not an eXact science, it gives me a pretty good estimate.
This blanket is now done and I can "X" it off the list.
Yes, I do like math and nice to be able to put those algebra skills to good use