Which statement is true based on the information shown below? vectP np.array([1,1]) vecto= np.array([4,2]) = np.arange(-
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Which statement is true based on the information shown below? vectP np.array([1,1]) vecto= np.array([4,2]) = np.arange(-
statement is true based on the information shown below? vectP np.array([1,1]) vecto= np.array([4,2]) = np.arange(-10,10,1) c1, c2 - np.neshgrid(R,H) vectR vect vecto spanRxc1 vectP[e] + c2vecto[e] spanky c1 vect[1] c2*vecto[1] ##plt.scatter(vectA[0], verta[1]) placaller (AvectB101.Rvec LB111) plt. scatter(spankx, spanky, s-, alpha-./) plt.axhline (y-it, color-'k') plt.avlin(x-, color-'k') pilgrid) plt.show() 30 B (A) he graph is incorrect. B This is a Rank 1 linear combination. This linear combination is linearly independent This shows the span of a single vector. 8 ***
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