Raiders Of The Lost Math Shirt – Funny Physics Math T-Shirt

Description

Raiders of the Lost Math Funny T-Shirt – Funny Physics Math T-Shirt – Rolling Boulder Equation Tee – Math Teacher Gift – Science Nerd Shirt

Some adventure heroes outrun boulders. This funny math t-shirt does the calculations first. Raiders of the Lost Math turns a classic boulder chase into a full physics problem, complete with rolling sphere acceleration, final velocity, and descent time, all worked out in neat chalkboard-style equations.

The artwork shows a huge rolling boulder on a 30-degree slope, a running adventurer with a whip, and every formula laid out in cream-colored handwriting. The final line gives the verdict: if he starts 7 meters ahead and runs at 8 meters per second, the adventurer just escapes.

If you love physics, math, mechanics, or movie jokes with real numbers behind them, this one is made for you. It’s an ideal gift for the math teacher, the physics student, the engineer who checks every movie scene for accuracy, or the friend who always asks whether that stunt was actually possible. Wear it to class, lab days, conventions, or movie nights.

Soft, clever, and fully calculated, it’s the science tee for people who solve problems at 8 m/s.

#MathHumor #PhysicsHumor #RaidersOfTheLostMath #MathTeacher #ScienceNerd #STEMTee #EngineerLife

Our Classic Unisex Heavy Cotton T-Shirt combines a structured look with lasting durability. Crafted with heavyweight fabric, this t-shirt maintains sharp lines along the edges, ensuring a polished appearance that stands the test of time. Say goodbye to itchy interruptions under the arms, as our t-shirt features a seamless design for ultimate comfort. Plus, the taped shoulders enhance durability, making this t-shirt ready for all your adventures.

Material and Construction:

• Made from 100% cotton for a soft and comfortable feel
• Sport Grey is 90% cotton, 10% polyester
• Ash Grey is 99% cotton, 1% polyester
• Heather colors are 50% cotton, 50% polyester
• Fabric weight: 5.0–5.3 oz/yd² (170–180 g/m²)
• Pre-shrunk jersey knit for a consistent fit wash after wash
• Open-end yarn construction for added resilience
• Tubular construction for a clean and seamless look
• Taped neck and shoulders for enhanced durability
• Double seam at sleeves and bottom hem for reinforcement
• Tear-away tag for added convenience

Printing Technique:
Your design will be printed directly on the t-shirt using the DTG (direct-to-garment) technique. This advanced printing method ensures bold and vibrant prints that showcase your unique style and make a statement.

Care Instructions:
To keep your Classic Unisex Heavy Cotton T-Shirt in pristine condition, follow these care instructions:

• Machine wash cold, inside-out, on a gentle cycle with mild detergent and similar colors.
• Use non-chlorine bleach only when necessary, avoiding fabric softeners.
• Tumble dry on low heat or hang-dry for the longest lifespan.
• If ironing is necessary, iron the t-shirt inside-out using a cool setting. Avoid ironing directly on the print.
• Please note that dry cleaning is not recommended for this product.

Size Chart (Inches):

Production and Delivery:
Please note that this product is made on demand, ensuring that each t-shirt is created especially for you. This process helps us reduce overproduction and make more sustainable choices. Delivery times are estimated and may vary based on the number of orders in queue. You will see the final costs and delivery times during the order checkout process.

EU representative: In compliance with the General Product Safety Regulation (GPSR), Oak inc. and SINDEN VENTURES LIMITED ensure that all consumer products offered are safe and meet EU standards. For any product safety related inquiries or concerns, please contact our EU representative at gpsr@sindenventures.com. You can also write to us at 123 Main Street, Anytown, Country or Markou Evgenikou 11, Mesa Geitonia, 4002, Limassol, Cyprus.

EU Warranty: 2 years
Other compliance information: Meets the flammability, lead, cadmium, phthalates and formaldehyde level requirements.