Integral Phone Cases - iPhone and Android

Description: A mathematical equation displayed in white text on a black background. The equation shows the definition of a Fourier transform, with the text 'Fourier transform' at the top and the formula \^f(\xi) = \int_{-\infty}^{\infty} f(x)e^{-2\pi ix\xi}dx below.

Description: A humorous graphic depicting two green chameleons on branches. Mathematical equations involving integrals and variables 'x', 'y', and 't' are displayed. One integral segment is labeled '30' and 'xd', while the lower equations show 'integral from xt to t = x(t)' and 'integral from yt to t = y(t)'.

Description: A cartoon cat character wearing a red beanie and a red hooded jacket. The beanie has mathematical symbols like integral, summation, and infinity. The jacket features a "1/2", Pi symbol, and the word "MATH" on a green book held by the cat. The cat has a friendly expression and orange fur.

Description: A vertical composition resembling a Christmas tree made of chalk-drawn mathematical formulas and symbols on a black background. At the top, an atom symbol serves as the tree topper. Various equations, integrals, graphs, and snowflakes fill the shape of the tree. Text includes mathematical notation and symbols.

Description: Calculus Decaf Coffee Math Humor

Description: A black background with white text and a white stick figure. The text reads "I STOPPED UNDERSTANDING MATH WHEN THE ALPHABET DECIDED TO GET INVOLVES". Below the text, a confused stick figure is shown with question marks above its head. To the right of the stick figure is a mathematical equation: "∫ from 0 to x = A² ∫ cos(p²) dp".

Description: A humorous graphic with the word "ENGINEER" in large white letters. Below it, in brackets, is the word "[engineen]". A line separates this from "THE its reliance on GUESSWORK and unreliable data". Various scientific and mechanical symbols are scattered throughout, including atoms, gears, a desk lamp, an integral symbol, and a compass. The background is black.

Description: A black background with white sans-serif text at the top reading "INTEGRAL PRINCIPLES OF THE STRUCTURAL DYNAMICS OF FLOW" and below that, "WRITTEN BY L.G. CLARET" in smaller white text. Centered below the text is a red and blue circular emblem with concentric rings and two central spheres, one red and one blue.

Description: Expand your wardrobe with this clever t-shirt featuring the Taylor series expression! Whether you're into approximations or just love the elegance of calculus, this design celebrates the power of infinite sums to represent functions. Ideal for math enthusiasts, students, or professors, this shirt is the perfect blend of style and intellect. Show off your passion for math with this Taylor series design and let everyone know you’ve mastered the art of expansion!

Description: The exponential distribution is one of the most used distribution for describing the random variables. The exponential distribution is a continuous probability distribution. It is used in probability to describe the random variables.

Description: Expand your wardrobe with this clever t-shirt featuring the Taylor series expression! Whether you're into approximations or just love the elegance of calculus, this design celebrates the power of infinite sums to represent functions. Ideal for math enthusiasts, students, or professors, this shirt is the perfect blend of style and intellect. Show off your passion for math with this Taylor series design and let everyone know you’ve mastered the art of expansion!

Description: One of the beautiful ways to evaluate integrals, using Riemann's sums, which is a result of approximating the integral to the area under the curve.

Description: Every math lover knows the pain of forgetting the constant of integration. This witty shirt is perfect for calculus students, teachers, and anyone who appreciates the small but crucial '+C' in indefinite integrals.

Description: Every math lover knows the pain of forgetting the constant of integration. This witty shirt is perfect for calculus students, teachers, and anyone who appreciates the small but crucial '+C' in indefinite integrals.

Description: The basic equation for Monte Carlo integration.

Description: Integral Birth Cynic

Description: A simple integral to define the meaning of life.

Description: For the Calculus and pop-culture enthusiast (and perhaps someone who isn’t too thrilled by social interactions.).

Description: The Fundamental Theorem of Calculus

Description: For all who break gravity on bike.

Description: The definition of the derivative, a simple useful concept which became the core of mathematical analysis, and later became so useful in many other fields.

Description: The infamous and very useful equation to move from volume integral to surface integral.

Description: The definition of the derivative, a simple useful concept which became the core of mathematical analysis, and later became so useful in many other fields.

Description: Calculus Will Test Your Limit, And May Even Go To L'Hospital - Funny Math Joke

Description: If we made deintegrator... would it differentiate? (As integration is kind of the inverse operation of differentiation).

Description: "Integrate in style with this sleek design featuring the Integration by Parts formula. Whether you're a calculus lover, math student, or just appreciate the art of simplifying complex integrals, this shirt is a must-have for your collection. Perfect for those who enjoy solving integrals or showing off their math prowess, this design is a subtle nod to one of calculus’ most essential techniques.

Description: "Integrate in style with this sleek design featuring the Integration by Parts formula. Whether you're a calculus lover, math student, or just appreciate the art of simplifying complex integrals, this shirt is a must-have for your collection. Perfect for those who enjoy solving integrals or showing off their math prowess, this design is a subtle nod to one of calculus’ most essential techniques.

Description: Calculus Mode On

Description: Amatopunk Pride Flag

Description: The probability density of the Poisson distribution, a result used in many fields of science, from probability and statistics to other theories.

Description: The Fundamental Theorem of Calculus