Wheel Arithmetic: Circumference, Revolutions and a Supplied Slip Model

Wheel Arithmetic: Circumference, Revolutions and a Supplied Slip Model

Original quantitative learning practice in English. All 24 questions are included. Four supplied cases exercise six related calculation targets; they form one topic, not four separate tests. Every question includes the complete initial data. Use the stated model and retain intermediate precision. Choose one answer. Learning target: 20/24, not an official pass mark. This bank covers the calculation topic in its title; it is not a complete professional examination, design approval or operating instruction.
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Use a fixed model rolling radius of 0.425 m and π=3.1416. The wheel turns 350 rpm for 5 minutes. In the given slip model actual distance equals geometric circumference×revolutions×(1−slip/100), with slip=7%. This artificial constant-radius model does not predict a real vehicle stopping distance or speed calibration. Calculate the no-slip geometric distance in m. Keep intermediate values unrounded; round the final result to four decimal places if necessary.