This math topic focuses on calculating and comparing travel times when different speeds and distances are involved. Each problem requires converting varied units of speed (e.g., km/min, m/s, cm/ms) to determine which of two options results in a shorter travel time. This set of exercises is advanced, incorporating both speed conversions and time calculations as part of broader lessons on speed, distance, and time.
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Bacteria A moves at 0.38mm/min and goes 30mm. Bacteria B moves at 0.01mm/s and goes 50mm. Which takes less time?
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Math worksheet on 'Speed - Which is Less Time - Changed Time Units (Level 3)'. Part of a broader unit on 'Speed, Distance, and Time - Advanced' Learn online: app.mobius.academy/math/units/speed_distance_time_advanced/ |
Bacteria A moves at 0.6mm/d and goes 30mm. Bacteria B moves at 0.03472mm/hr and goes 50mm. Which takes less time? |
Bacteria A |
Bacteria B |
Bug A crawls at 0.75cm/s and goes 30cm. Bug B crawls at 60cm/min and goes 50cm. Which takes less time? |
Bug A |
Bug B |
Bacteria A moves at 0.5mm/hr and goes 20mm. Bacteria B moves at 0.00017mm/s and goes 50mm. Which takes less time? |
Bacteria A |
Bacteria B |
Plane A flies at 0.5km/s and goes 40km. Plane B flies at 34.29km/min and goes 40km. Which takes less time? |
Plane A |
Plane B |
Horse A trots at 1dam/min and goes 50dam. Horse B trots at 1,080dam/d and goes 30dam. Which takes less time? |
Horse A |
Horse B |
Bug A crawls at 0.5dm/s and goes 20dm. Bug B crawls at 0.0006dm/ms and goes 50dm. Which takes less time? |
Bug A |
Bug B |
Bacteria A moves at 0.38mm/min and goes 30mm. Bacteria B moves at 0.01mm/s and goes 50mm. Which takes less time? |
Bacteria A |
Bacteria B |