Let V and W be two vector spaces with zeros respectively 0, and 0. Let T: VW be defined by T (V)=V. Let Ker (T) denote the kernel of T and Ran (T) the range of T. Which one of thefollowing gives the correct information about the kernel and range of T ?A. Ker (T) = V en WT = W..B. None of the other options.OC. Ker (T) = (0y) and Ran (T) = (0).OD. Ker (T) = W en WT = (Ow). /E. Ker (T) = V and Ran (T)OF. Ker (T) = {0y) and Ran (T) = W.G. Ker (T) = (0) and Ran (T) = v.(On

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and W be two vector spaces with zeros respectively 0, and 0. Let T: VW be defined by T (v) VvE V. Let Ker (T) denote the kernel of T and Ran (T) the range of T. Which one of the owing gives the correct information about the kernel and range of T ? Ler (T) = V en WT W. Jone of the other options. Ker (T) = (Ov) and Ran (T) = (0) - Ker (T) = W en W₁ = (Ow). / Ker (T) = V and Ran (T) = (On). Ker (T) = (0y) and Ran (T) = W. Ker (T) = (0) and Ran (T) = V.

and W be two vector spaces with zeros respectively 0, and 0. Let T: VW be defined by T (v) VvE V. Let Ker (T) denote the kernel of T and Ran (T) the range of T. Which one of the owing gives the correct information about the kernel and range of T ? Ler (T) = V en WT W. Jone of the other options. Ker (T) = (Ov) and Ran (T) = (0) - Ker (T) = W en W₁ = (Ow). / Ker (T) = V and Ran (T) = (On). Ker (T) = (0y) and Ran (T) = W. Ker (T) = (0) and Ran (T) = V.

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter8: Applications Of Trigonometry

Section8.4: The Dot Product

Problem 48E

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