Hydraulic Press
This interactive simulator explores Hydraulic Press in Classical Mechanics. Pascal: same pressure, large piston → large force. F₂ = F₁·A₂/A₁. Use the controls to change the scenario; watch the visualization and any graphs or readouts to connect the model with lectures, labs, and homework.
Who it's for: Suited to beginners and first exposure to the topic. Typical context: Classical Mechanics.
Key terms
- hydraulic
- press
- hydraulic press
- mechanics
- classical
How it works
In a connected fluid, pressure is the same everywhere (Pascal): P = F₁/A₁ = F₂/A₂. A small force on a small piston produces a large force on a large piston — hydraulic brakes, jacks, and presses use this.
Key equations
More from Classical Mechanics
Other simulators in this category — or see all 63.
Rocket Propulsion
Variable mass: thrust ṁu, Tsiolkovsky Δv, vertical launch with gravity.
Angular Momentum
Two masses on a rod: I = 2mr², change r or m and watch ω adjust to keep L constant.
Rolling & Sliding Disk
No-slip v = ωR vs sliding: translational vs rotational KE, disk vs hoop inertia.
Gyroscope Precession
Gravity torque τ = mgd, spin L = Iω, steady precession Ω ≈ τ/L — schematic 3D view.
Coriolis Effect
Puck on a rotating platform: curved path in the rotating frame vs straight line inertial.
Wall Bounce
2D box: frictionless walls, restitution e, optional gravity. Trails and kinetic energy graph.