300km in 2 hours = 150 km in 1 hour
thus, 150 km per hour (though the term "velocity" suggests a direction component)
Well the plane goes 300km each hour, so to figure how far it goes in five hours, just multiply 300km by 5 hours. You end up with 1500 km.
Yes they are. I have the 1098s which goes up to 300km/h.
A car, a truck, train, an aeroplane !
It is said that if any goes will be sinks or an aeroplane is crossing to that area will be crashed.
It goes into a holding tank and gets pumped out when the plane has landed it goes to the local sewage. Plus, you spelled aeroplane= areoplane
it is not only because of the metal but also about the aerodynamic principles , an aeroplane has elevators beneath its rudder so that when it is tilted upwards the pressure increases below the plane, pressure always moves from high pressure to low pressure so the aeroplane rises upwards its rudder helps to change the direction .
To calculate the average velocity, first determine the distance traveled: 48 mi - 42 mi = 6 mi. Next, convert the time from minutes to hours: 5.0 minutes = 5/60 hours = 1/12 hours. The average velocity is then calculated as distance divided by time: 6 mi / (1/12 hours) = 6 mi * (12/1) = 72 mi/h. Therefore, the truck's average velocity is 72 miles per hour east.
You can't put it on carry-on luggage, but you can put it in the luggage that goes under the plane
by giving it better aerodynamics you can reduce friction. but also the faster it goes the more friction it gets.
it changes as it goes on its journey to the sea
Velocity.
It depends on whether it is a positive slope or a negative slope. If the velocity increases as time goes on, yes the particle is accelerating. If the velocity decreases as time goes on, it is decelerating.