EXP-01 covers 18 NEET-relevant experiments spanning measurement, mechanics, waves, thermal physics, electricity, optics, and electronics. The Vernier caliper (LC = 0.02 mm) and screw gauge (LC = 0.01 mm) are the primary measurement instruments, with zero error correction following the rule Positive→Subtract, Negative→Add. The simple pendulum's $T^{2}$ vs l graph has slope 4π^{2}/g and must use effective length (string + bob radius). The resonance tube experiment measures speed of sound using v = 2f($l_{2}$ − $l_{1}$), which automatically eliminates the end correction that biases the single-resonance formula. The metre bridge uses the Wheatstone principle R/S = $\frac{l}{100 − l}$ to find unknown resistance; interchanging R and S shifts the balance to l' = 100 − l. Young's modulus, surface tension, and viscosity are found from Searle's apparatus, capillary rise, and Stokes' terminal velocity experiments respectively. All optics experiments obey Cartesian sign convention: concave mirror and concave lens have negative focal lengths; convex mirror and convex lens have positive focal lengths. The prism experiment gives refractive index μ = sin$\frac{(A+δ_min}{2}$)/sin$\frac{A}{2}$ at the U-curve minimum where i = e. Semiconductor experiments distinguish Si ($V_{th}$ = 0.7 V) from Ge ($V_{th}$ = 0.3 V) diodes, with the Zener diode providing voltage regulation in reverse bias at $V_Z$. Mastery of formulas, error corrections, and graph slopes in these 18 experiments secures 1–2 reliable marks in NEET 2026.