Examples of using Is perpendicular in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
This is perpendicular to the plane.
Now we're gonna prove that AC is perpendicular to BD.
My boner is perpendicular to my body.
If this is the distance vector, the component of the force is perpendicular to this distance vector.
One, n is perpendicular to both of these vectors.
It is the opposite of east and is perpendicular to north and south.
What they want us to prove is that their diagonals are perpendicular, that AC is perpendicular to BD.
It is a different vector that is perpendicular to both of these.
So if I'm a vector that is perpendicular to your screen, whatever you're watching this on, then it's going to be perpendicular to both of these vectors.
It is the opposite of south and is perpendicular to east and west.
Pressure is defined as the result of exerted force per unit area,where a force is applied by an object in a direction that is perpendicular to its surface.
The position of the United States is that the boundary line is perpendicular to the coast out to a distance of, following a line of equidistance from the coast.
And then the other interesting thing is when you take the cross product of two vectors,the result is perpendicular to both of these vectors.
Gtmo's runway is perpendicular to cuban airspace, So approaching aircraft have to negotiate a last minute 90 degree right turn in order to land.
It's going to give us a vector… a vector that is perpendicular to both… to r_u AND r_v.
But if I have a third dimension, if I could go in or out of my writing pad or, from your point of view, your screen,then I have a vector that is perpendicular to both.
Area of a triangle actually calculate simple-you need to multiply the length of its base is perpendicular to the base height, carried out from the opposite angle, and divide by two.
Cross product: r cross F, that is equal to magnitude of r times the magnitude of F timessine of the smallest angle between them times some vector that is perpendicular to both.
So the magnitude of this force vector that is perpendicular, the component that is perpendicular to the arm,is 3/2 newtons, and now we can figure out the magnitude of the torque.
When we're just taking the cross product,we know that the velocity is perpendicular to the magnetic field.
On a streamlined body fully immersed in a potential flow, there are two stagnation points- one near the leading edge and one near the trailing edge. On a body with a sharp point such as the trailing edge of a wing, the Kutta condition specifies that a stagnation point is located at that point.The streamline at a stagnation point is perpendicular to the surface of the body.
If the conductor falls in a straight line(for example, if released from rest), then the magnetic force, which is perpendicular to velocity according to Lorenz's law, will also be perpendicular to gravity.
The term"radial motion" signifies the motion towards or away from the center of force,whereas the angular motion is perpendicular to the radial motion.
It makes sure we're multiplying the components of the vectors that are perpendicular to each other to get a third vector that is perpendicular to both of them.
So that's perpendicular.
It's perpendicular to both r-- this is r, right-- and it's perpendicular to F.
Where you are perpendicular, there are two doors.
Normal shock waves are shock waves that are perpendicular to the local flow direction.
How much of the vectors are perpendicular to each other.
Or if you even forget to do that, you say, oh well, they're perpendicular.
