A pine cone fell 240 centimeters straight down at a constant velocity. It fell that distance in 2.5 seconds. What was its velocity? In 1.8 hours, a sailboat sailed 81 kilometers east across the sea at a constant velocity. What was the sailboat’s velocity? A remote-controlled drone was 924 meters away from a large oak tree. It flew north at a constant velocity and reached the oak tree in 88.0 seconds. What was the drone’s velocity? A raindrop fell straight toward the ground at a constant velocity for 4.0 seconds. In that time, it fell 8.8 meters. While falling, the raindrop passed a flower petal that was falling at 1 meter per second. What was the raindrop’s velocity? Andrew was biking west at a constant velocity. He biked 840 meters, which took him 5.6 minutes. During that time, Andrew passed a woman walking at 54 meters per minute. What was Andrew’s velocity? 1. 2. 3. 4. 5. Find

Question

A pine cone fell 240 centimeters straight down at a constant velocity. It fell that distance                           in 2.5 seconds. What was its velocity? In 1.8 hours, a sailboat sailed 81 kilometers east across the sea at a constant velocity. What was the sailboat’s velocity? A remote-controlled drone was 924 meters away from a large oak tree. It flew north at a constant velocity and reached the oak tree in 88.0 seconds. What was the drone’s velocity? A raindrop fell straight toward the ground at a constant velocity for 4.0 seconds. In that time, it fell     8.8 meters. While falling, the raindrop passed a flower petal that was falling at 1 meter per second. What was the raindrop’s velocity? Andrew was biking west at a constant velocity. He biked 840 meters, which took him 5.6 minutes. During that time, Andrew passed a woman walking at 54 meters per minute. What was             Andrew’s velocity? 1. 2. 3. 4. 5. Find

GPT 3.5 · Answer

1. The velocity of the pine cone can be found by dividing the distance it fell (240 cm) by the time it took to fall (2.5 seconds).

Velocity = Distance / Time = 240 cm / 2.5 s = 96 cm/s

2. The velocity of the sailboat can be found by dividing the distance it sailed (81 km) by the time it took to sail (1.8 hours).

Velocity = Distance / Time = 81 km / 1.8 h = 45 km/h

3. The velocity of the drone can be found by dividing the distance it flew (924 m) by the time it took to reach the oak tree (88.0 seconds).

Velocity = Distance / Time = 924 m / 88.0 s = 10.5 m/s

4. The raindrop's velocity can be found by dividing the distance it fell (8.8 m) by the time it fell (4.0 seconds).

Velocity = Distance / Time = 8.8 m / 4.0 s = 2.2 m/s

5. Andrew's velocity can be found by dividing the distance he biked (840 m) by the time it took him to bike (5.6 minutes, converted to seconds).

Velocity = Distance / Time = 840 m / (5.6 min * 60 s/min) = 2 m/s