Velocity Equation Merch

Description: Velocity Equation

Description: Funny dinosaur physics equation. Science Geek

Description: Do you like science, math, and dinosaurs? This "Science Physics Scientist Geometry Gift Velocity Distance Time Funny Velociraptor Distanceraptor Timeraptor" is the perfect design for Science geeks and Dinosaur Lovers. Great gift idea for Christmas, Birthdays, Summer Vacation and Any occasions.

Description: A black and white graphic with text at the top that reads "I THINK I'VE FOUND WAY OUT OF HERE". Below this, there is a mathematical formula for escape velocity, Ve = sqrt(2GM/r), presented in a clean, sans-serif font.

Description: A visual representation of a differential equation "v dv/dx = -w^2 x" alongside two graphs. The left graph depicts a sinusoidal waveform labeled 'y' versus 'wt', with amplitude 'A' and labeled points. The right graph shows a circular path with concentric circles and a rotating element labeled 'wt' indicating circular motion.

Description: A scientific visual presentation with three main sections. The top displays a differential equation: 'dv/dt = d²x/dt² = -ω²x'. The middle shows a graph of x(t) versus time t, illustrating a sinusoidal wave from -A to +A, marked with π/2, π, 3π/2, and 2π. The right exhibits a circular diagram representing circular motion with axes labeled x and V, a point on the circle, and angles indicated by 'ωt'.

Description: A scientific visual display showing fluid dynamics concepts. The top section features an aerofoil with flow lines and force arrows. Below is the Navier-Stokes equation. The bottom section displays fluid flow around a sphere, a golf ball, and a honeycomb sphere, with corresponding graphs illustrating velocity profiles and turbulence.

Description: A scientific diagram illustrating fluid flow lines around a shape, with multiple circular flow patterns below. Textual elements include 'F', 'Iluib', 'at', 'B', and the equation 'P1 = V^2/2 (b)'. Below are three circular diagrams showing flow patterns and three grid-based graphs representing data.

Description: A black background features white text and a mathematical formula. The text reads "I THINK I'VE FOUND" on the top line and "WAY OUT OF HERE" on the second line. Below, the formula "Ve = \sqrt{\frac{2GM}{r}}" is displayed prominently.

Description: Force Equation with illustration.

Description: A Bernoulli equation describes the pressure and velocity of a fluid moving through a pipe.

Description: The perfect design for anyone who loves dinosaurs and physics

Description: One of the first equations introduced in fluid mechanics, the Navier Stokes equation describing the flow of fluids.

Description: A monochrome composition with white text on a black background. The top features bold text "RAIDERS OF THE LOST MATH". Below, scientific equations related to physics, a rolling sphere, and a running figure are displayed. The text "Jones just escapes!" concludes the composition.

Description: Bold white text reads "I THINK I'VE FOUND WAY OUT OF HERE". Below the text is a mathematical equation "Ve = \sqrt{\frac{2GM}{r}}" in white.

Description: A black background with white text. The top line reads "I THINK I'VE FOUND". The second line reads "WAY OUT OF HERE". Below this is a mathematical equation: "Ve = \sqrt{2GM/r}". The text is all in capital letters and a sans-serif font.

Description: A stark black background with bold white text stating 'I THINK I'VE FOUND A WAY OUT OF HERE'. Below the text, a mathematical formula is displayed: 've = sqrt(2GM/r)'. The formula uses standard scientific notation and symbols.

Description: A minimalist, bold white text on a black background displaying a scientific formula. The text clearly reads "1/2 mv^2". The elements are large and centered on the black canvas.

Description: A scientific diagram displaying fluid dynamics concepts. It features an airfoil cross-section with flow lines, a complex partial differential equation, three visualizations of flow around a cylinder at different Reynolds numbers, and three corresponding plots showing pressure (P/P) and velocity (V/P) against spatial variables (Yp, YB, XB). The overall style is monochrome with white lines and text on a black background.