1. If G is a vertex matrix, which transformation does represent? 0 translation of 1 unit left and 3 units up 0 translation of 1 unit left and 3 units down 0 translation of 1 unit right and 3 units up 0 translation of 1 unit right and 3 units down 2. If V is a vertex matrix, which transformation does 2V represent? 0 It is a dilation with a dilation-factor 2 centered at origin. 0 It is a dilation with a dilation-factor 1/2 centered at origin. 0 Reection of the vertex matrix V across the x-axis 0 Reection of the vertex matrix V across the y-axis 1 1 . H 3. If H is a vertex matrix, which transformation does represent? O reflection of the vertex matrix H across the x-axis reflection of the vertex matrix H across the y-axis O reflection of the vertex matrix H across the line y=x O rotation of the vertex matrix H of 90 4. If A is a vertex matrix, which transformation does represent? O reflection of the vertex matrix A across the x-axis O reflection of the vertex matrix A across the line y=x O rotation of the vertex matrix A of 90 O reflection of the vertex matrix A across the y-axis5. If B is a vertex matrix, which transformation does represent? reflection of the vertex matrix B across the line y=x reflection of the vertex matrix B across the x-axis reflection of the vertex matrix B across the y-axis O a dilation of the vertex matrix B with the coefficient 2 6. If R is a vertex matrix, which transformation does represent? reflection of the vertex matrix R across the x-axis rotation of the vertex matrix R of 270 reflection of the vertex matrix R acorss the y-axis rotation of the vertex matrix R of 90