 An interactive tool for thoroughly analyzing electrical circuits with resistors in series, parallel, or mixed configurations. It efficiently guides the user to define the source (Voltage or Current) and resistor count, then prompts for each resistor's value, connection type, and parallel group number. The program validates this data and automatically groups the components, exhaustively calculating the circuit's total resistance, current, voltage, and power. Furthermore, it determines the individual (V, I, P) values for every single resistor, presenting a complete and detailed analysis of the entire circuit and each component. |
An advanced benchmarking suite designed to evaluate the computational limits of the HP Prime and its PPL execution engine. Moving beyond simple synthetic loops, it utilizes real-world modules to test floating-point geometry (2-OPT), N-Body physics, continuous 3D matrix transformations, and sequential RAM stress. Featuring a Headless Mode for pure CPU/RAM profiling and baseline tracking to measure environmental variances—such as USB polling overhead—ApexMark delivers a precise, subsystem-by-subsystem analysis of your calculator's true performance.
Multilingual step-by-step Ordinary Differential Equation solver for the G2, capable of automatically classifying supported ODEs, selecting an appropriate analytical method, solving them symbolically, and showing the procedure and final result. Before installing ODE Master, first install ODM_CAS, and only then transfer the ODE Master .hpappdir file. It is also strongly recommended to use an up-to-date HP Prime firmware/software version, as the application was tested on recent firmware and older versions may cause startup, CAS, or compatibility issues.
An interactive and educational tool designed to simulate the behavior of an RC circuit during its charging phase. It allows users to clearly visualize how voltage changes across both the capacitor and the resistor over time. By entering key parameters — such as resistance, capacitance, maximum voltage, time range, and time step — the program performs the necessary calculations and displays the results in a well-structured table that shows the circuit’s evolution at each moment. It also automatically calculates the system’s time constant, helping users gain a deeper understanding of the process. With its intuitive interface, built-in input validation, and user-friendly presentation, RC Master is perfect for both students and electronics enthusiasts looking to better understand RC circuits or save time on repetitive calculations.
Designed to quickly and easily solve and analyze RLC (Resistive, Inductive, and Capacitive) circuits directly on your calculator.