Maths Socks
I wish I was your derivative so I could lie tangent to your curves. Socks
by Blue Boomerang Tees
$14 $20
Description: The perfect t-shirt for all that like Mathematics, Studying Numbers, Trigonometry, Pre-Calculus, Solving Problems, Competing, Accounting, or Pre-Algebra, Ideal gift for any Mathematician, Math Lovers, Student, Math Club, Algebra Teacher, or Math Teacher. Featuring unique designs, quirky puns and cool text our tshirts and apparel are perfect to wear to Victory Parties, Math Day, Celebration, Any Occasion, Halloween, Math Olympics, or Gathering, If you love fun Math tees this is the top for you!
'I'm A Math Teacher Of Course I Have Problems' Math Gift Socks
by Our Wacky Home
$14 $20
I wish I was your derivative so I could lie tangent to your curves. Socks
by Blue Boomerang Tees
$14 $20
Description: Pi/Pie Coincidence design flips the number 3.14 to the word PIE and says, "Coincidences can be pretty sweet!" This design is for dark colored background. The image of the pumpkin pie slice is derived from a photo by "Element5 Digital," unsplash.com. Arrangement, "3.14" and "PIE" designs (C) Alan Davidson.
Description: Math math teachers giftsmathematical,math teacher gift idea,math,math teacher gift,mathematics,funny math,mathematic,maths,pi,science,pi day,mathematician,math teachers gifts,mathers day,teacher
Warning I May Start Talking About Math At Any Time Funny Gift Mask Math funny math Socks
by Gaming champion
$14 $20
Description: Show your geekiness with this design that includes 9 fractals (how many of your friends can name them all?) Great gift for your favorite math geek or teacher. Fibonacci's golden spiral, Koch anti-snowflake, Mandelbrot set, Sierpinski's carpet, Pentaflake, Sierpinski's curve, Koch snowflake, Banach fractal rose and Apollonian gasket. See my other fractal designs in several colors.
Description: Created with "Processing":http://processing.org/ // Draws a Lissajous figures // 1 April 2011 // http://www.rupert.id.au/tutorials/processing/examples.php float Scale = 1; int screen_width = round(240 * Scale); int screen_height = round(240 * Scale); /* Scale image and reduce by 10 pixels to remove from edge of screen */ int AX = (screen_width/2) - round(10 * Scale); int BX = (screen_height/2) - round(10 * Scale); float a = 1; float b = 1; int counter = 0; int saveCounter = 0; int count = 0; String str_count; String file_name; void setup(){ smooth(); fill(255); strokeWeight(1); // Thin size(screen_width,screen_height); } // Based on Microworlds LOGO code from http://www.mathcats.com/ga...