a bike is moving with a speed of 72 km/HR on aroad and coefficient of static friciton between
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Speed of the bike v=72km/h
Speed of the bike v=72km/h∴ v=72 ×
Speed of the bike v=72km/h∴ v=72 × 18
Speed of the van v=72km/h∴ v=72 × 185
Speed of the van v=72km/h∴ v=72 × 185
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/s
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R=
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μg
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2 Or R=
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2 Or R= 0.5×10
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2 Or R= 0.5×1020×20
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2 Or R= 0.5×1020×20
Speed of the van v=72km/h∴ v=72 × 185 m/s=20m/sCoefficient of friction μ=0.5Radius of curvature R= μgv 2 Or R= 0.5×1020×20 =80 m
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