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What is a bug's component of velocity due south if it is traveling at 141 km per hour toward the southeast?
Wiki User
∙ 14y ago
99.7 km/hr
Wiki User
∙ 14y ago
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A car is traveling at a velocity of 70 km hr west to have the same velocity another car would have to travel at?
Another car would have to travel at 70 km/hr west.To have the same velocity, it must have the same speed toward the same direction.
When a train moves along a straight track at a velocity of 95 km hr north A person walks toward the back of the train at a velocity of 3 km hr south what is the persons velocity relative to the ground?
If the person sat on the train their velocity relative to the ground would be 95kph. But he/she is goind 3kph to oppose this. So 95-3 = 92 kph to the north is velocity of person relative to the ground.
What symbol indicates a hard return?
If you increase the rate of which the projectile was once traveling toward your opponent. A good hard return chap.
What is the velocity in meters per second of a runner who runs exactly 110 m toward the beach in 72 seconds?
1.53 m/s towards the beach
Calculate the average velocity of a dancer who moves 5 m toward the left of the stage over the course of 15 s?
0.333333333 Recuring metres a second
What direction would you be traveling if you left Miami Florida and went toward san juan Puerto Rico?
southeast
Where do the Himalayas redirect monsoon winds?
To the east, toward Southeast Asia
A car is traveling at a velocity of 70 km hr west to have the same velocity another car would have to travel at?
Another car would have to travel at 70 km/hr west.To have the same velocity, it must have the same speed toward the same direction.
Why does velocity of an arrow change as it travels toward the target?
A velocity vector would include both a speed and direction. Wind (air) resistance will affect the speed component, slowing down the arrow as time passes. Gravity will pull it downward at a constant acceleration of 9.8 m/s2. This means that the downward component of the velocity will increase with time. Wind, of course, could also throw the arrow off course.
An airplane travels at 150 km per h toward the northeast what is the northern component of its velocity?
150 sin(45) = 150 ( sqrt(2) / 2 ) = 106.07 km/hr (rounded)
What direction does the wind blow?
A southeast wind is from the southeast toward the northwest.
A novice pilot sets a plane's controls thinking the plane will fly at 250km to the north If the wind blows 75km toward the southeast what is the plane's resultant velocity?
204 km/hr at 75 degrees north of east
What speed traveling toward the Virgo cluster?
hbadjbg
When will an object falling toward earth accelerating?
at terminal velocity
When a light wave bends toward the normal what does that tell you about the velocity?
It decreases.
What region is Minneapolis in?
Minneapolis is located in Minnesota, toward the southeast section of the state.
Why are your velocity changes when you ride a ferris wheel even if the wheel turns at a constant speed?
A ferris wheel turning at a constant speed has no change in speed. But velocity is speed with a direction vector attached to it. Speed with a direction component is velocity. In this case, the distance per unit of time (speed) that something is traveling is constant, but the direction it is traveling is constantly changing because that something is moving in an arc (or circle). It's a ferris wheel, and anything on it has its velocity changing. Velocity is changing every second because the direction it is moving is changing. Any change in the velocity of an object will require that the object be accelerated. Even if its speed is constant, it will experience acceleration to change "just" the direction it is traveling. It's the same with an object in orbit. The object will be cruising along at a constant speed, but its velocity will be constantly changing. This is because the direction the object is moving is changing because it is being accelerated constantly to get it to move in an arc. The object was put in orbit, and it was accelerated into that orbit. Now, the object is being acted on constantly by gravity. The gravity is pulling the object back to earth, but if we look at where it is going at any instant of time, it is moving on a tangent to its path of travel. It moves a tiny bit on that tangent, and gravity pulls it "in" just a tiny bit, and that makes it path an arc. A little on the tangent, and a little "in" toward earth. A little more on the "new" tangent path, and a little "in" toward earth. A little more along the new tangent path, and a little more in toward earth. A smooth arc - a circle. The object in orbit is constantly being accelerated toward earth, and this acceleration constantly changes its velocity (but not its speed), and it moves in that circular orbit.
