- Purpose and fit A balance for measuring Newton force, ideal for a physics laboratory experiment set. - Capacity and scales Maximum capacity of 5 N and 500 g, with a doublescale label for convenient readings. - Practical value Supports force measurement experiments in the physics lab with readings directly in Newtons and grams. - Accuracy and reliability Designed to accurately measure forces within its specified capacity, promoting consistent results in experiments. - Readability and usability Doublescale labeling provides convenience for switching between unit measurements during experiments. - Key attributes at a glance Function: measures force in Newtons for lab experiments Compatibility: suitable for standard physics laboratory experiment sets Size and usage: compact balance designed for routine force measurement tasks Performance: accurate within the stated capacity for dependable data - Use scenarios 1) Hanging mass force test: measure the force exerted by a hanging mass to verify F = m g and compare with theoretical expectations. 2) Friction and push experiments: apply known forces to a block or cart and read the resulting force reading directly in Newtons or grams to analyze relationships. 3) Unit conversion practice: perform experiments that require switching between grams and newtons to reinforce measurement literacy and data analysis.