# Point Figure Shows Velocity Field Gulf Stream Q

This post categorized under Character and posted on February 10th, 2019.

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The figure below shows the velocity field for the Gulf Stream. (Note that vectors in the graph are shown as arrows so that the flow through the middle of the graph moves primarily left-to-right.) The vectors are shown on the graph at intervals of 30 km (thus the first very small vector at the bottom-left of the figure is at the point and the vector immediately to the right of that is at The figure below shows the velocity field for the Gulf Stream. The vectors are shown on the graph at intervals of 30 km (thus the first very small vector at the bottom-left of the figure is at the point (00) and the vector immediately to the right of that is at (300) etc.).Show transcribed image text The figure below shows the velocity field for the Gulf Stream. The vectors are shown on the graph at intervals of 30 km (thus the first very small vector at the bottom-left of the figure is at the point (0 0) and the vector immediately to the right of that is at (30 0) etc.).

The Gulf Stream System brings warm tropical water towards Europe thus giving western and northern Europe its unusually mild climate as compared to other areas at the same geographical lavectorude. The figure below is from a NASA brochure and shows the surface temperature in the western North Atlantic on a winters day varying from blue cold regions to the red warm ones.The vectors are shown on the graph at intervals of 30 km thus the first very from MATH 2400 at University of Colorado Boulder(1 pt) The figure below shows the velocity field for the Gulf Stream. The vectors are shown on the graph at intervals of 30 km (thus the first very small vector at the bottom-left of the figure is at the point ( 0 0 ) and the vector immediately to the right of that is at ( 30 0 ) etc.).

Figure 1. The Gulf Stream as represented by the Mariano Global Surface Velocity vectorysis (MGSVA). The Gulf Stream is the western boundary current of the N. Atlantic subtropical gyre.Streamlines and Streamvectors A streamline is a line that is tangential to the instantaneous velocity direction (velocity is a vector and it has a magnitude and a direction). To visualize this in a flow we could imagine the motion of a small marked element of fluid.