A yacht sailing to the east at a constant velocity took 0.2hours to sail 8kilometers. What was the yacht's velocity?
Question
A yacht sailing to the east at a constant velocity took 0.2hours to sail 8kilometers. What was the yacht's velocity?
Solution
To calculate the velocity, we need to use the formula:
Velocity = Distance / Time
Given in the problem, the distance (d) is 8 kilometers and the time (t) is 0.2 hours.
Substituting these values into the formula, we get:
Velocity = 8 km / 0.2 hours = 40 km/hour
So, the yacht's velocity was 40 kilometers per hour.
Similar Questions
In 5minutes, Felix paddled his kayak east halfway across Lake Spollo at a constant velocity. Lake Spollo is 900meters wide from west to east. What was Felix's velocity?
A model sailboat is slowly sailing west across a pond at 0.310 m/s. A gust of wind blowing at 28.3° south of west gives the sailboat a constant acceleration of magnitude 0.314 m/s2 during a time interval of 2.18 s. If the net force on the sailboat during the 2.18-s interval has magnitude 0.318 N, what is the sailboat's mass? What is the new velocity of the boat after the 2.18 s gust of wind?
Jenny was swimming in a river. She swam a total of 1,000meters downstream at a constant velocity. She swam one-quarter of that distance in 5minutes. What was her velocity?
An ostrich was 96meters east of its nest. It ran west at a constant velocity for 8seconds. In that time, it ran halfway to its nest. What was its velocity?
Martha rode her motorcycle 50kilometers down a straight freeway at a constant velocity. She rode that distance in 0.5hours. What was her velocity?
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.