Example: "Why does a passenger feel thrown forward when a bus suddenly brakes?" Answer: Inertia (Newton’s first law) – the passenger’s body continues moving forward while the bus decelerates.

: Gravity, friction, elastic force (Hooke’s Law), and tension in strings.

A) Time B) Mass C) Distance D) Velocity

. There was a diagram of a block on an inclined plane. Luka had to calculate the friction (trenje)

) and, more importantly, how to interpret graphs. A velocity-time graph (

) isn't just a line; the area under that line represents the distance traveled. This shift from "plugging in numbers" to "analyzing systems" is the hallmark of the first-year curriculum. The Challenge of Logic over Memory

): Pove nam, za koliko se spremeni hitrost v časovni enoti ( Prosti pad: Poseben primer pospešenega gibanja, kjer je (v nalogah pogosto zaokrožimo na 3. Dinamika: Newtonovi zakoni Dinamika razlaga, zakaj pride do gibanja.

This report summarises key concepts, formulas, and problem types expected in the first physics test. It assumes knowledge of basic mathematics (proportions, graphs, unit conversions).