9th-Grade-Math---USA

Properties-of-Transformations

Easy

Question

$open square brackets table attributes columnalign left end attributes row 1 0 row 4 5 end table close square brackets open square brackets table row 2 cell negative 3 end cell row cell negative 1 end cell 8 end table close square brackets$ =

$[\begin{array}{l} 2 & - 3 \\ 3 & 28 \end{array}]$
$[\begin{matrix} 2 & 0 \\ - 4 & 40 \end{matrix}]$
$[\begin{matrix} - 2 & 3 \\ - 3 & - 28 \end{matrix}]$
$[\begin{matrix} - 2 & 0 \\ 4 & - 40 \end{matrix}]$

The correct answer is: $open square brackets table attributes columnalign left end attributes row 2 cell negative 3 end cell row 3 28 end table close square brackets$

Use the translation (x, y) $rightwards arrow$ (x + 3, y – 1) to (-1, 5)

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

The vertex P(-5, 1) after composition of transformations
Translation: (x, y) $rightwards arrow$ (x – 8, y)
Dilation: Centered at the origin, k = 2

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

The image of (x, y) $rightwards arrow$ (x + 4, y – 7) is P^l with P^l(-3, 4). The co-ordinates of pre-image is

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

Suppose quadrilateral QRST is rotated 180^o about the origin, then Q lies in ______ quadrant

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

The value of r in the rotation of the triangle is

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

The quadrilateral is rotated about P. The value of y is

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

The point R(3, 1) is rotated 270^o about the origin in counter clockwise direction. The new co-ordinates relative to original one is

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

$open square brackets table row 5 cell negative 3 end cell row 6 cell negative 6 end cell end table close square brackets plus open square brackets table row 1 2 row 3 cell negative 4 end cell end table close square brackets equals$

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

Translate Q(0, -8) using (x, y) $rightwards arrow$ (x – 3, y + 2)

9th-Grade-Math---USAProperties-of-Transformations

Properties-of-Transformations

9th-Grade-Math---USA

Use the translation (x, y) $rightwards arrow$ (x - 8, y + 4). The image of (2, 6) is

9th-Grade-Math---USAProperties-of-Transformations

Relation-within-Triangles

9th-Grade-Math---USA

If WZ is the perpendicular bisector of XY, then the value of XZ is

9th-Grade-Math---USARelation-within-Triangles

Relation-within-Triangles

9th-Grade-Math---USA

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

9th-Grade-Math---USARelation-within-Triangles

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Related Questions to study

Use the translation (x, y)(x + 3, y – 1) to (-1, 5)

Use the translation (x, y)(x + 3, y – 1) to (-1, 5)

The vertex P(-5, 1) after composition of transformationsTranslation: (x, y)(x – 8, y)Dilation: Centered at the origin, k = 2

The vertex P(-5, 1) after composition of transformationsTranslation: (x, y)(x – 8, y)Dilation: Centered at the origin, k = 2

The image of (x, y)(x + 4, y – 7) is Pl with Pl(-3, 4). The co-ordinates of pre-image is

The image of (x, y)(x + 4, y – 7) is Pl with Pl(-3, 4). The co-ordinates of pre-image is

Suppose quadrilateral QRST is rotated 180o about the origin, then Q lies in ______ quadrant

Suppose quadrilateral QRST is rotated 180o about the origin, then Q lies in ______ quadrant

The value of r in the rotation of the triangle is

The value of r in the rotation of the triangle is

The quadrilateral is rotated about P. The value of y is

The quadrilateral is rotated about P. The value of y is

The point R(3, 1) is rotated 270o about the origin in counter clockwise direction. The new co-ordinates relative to original one is

The point R(3, 1) is rotated 270o about the origin in counter clockwise direction. The new co-ordinates relative to original one is

The line of reflection for and its image is __________

The line of reflection for and its image is __________

Translate P(6, 3) using (x, y)(x + 3, y – 2)

Translate P(6, 3) using (x, y)(x + 3, y – 2)

Identify the product not defined.

Identify the product not defined.

Translate Q(0, -8) using (x, y)(x – 3, y + 2)

Translate Q(0, -8) using (x, y)(x – 3, y + 2)

Use the translation (x, y)(x - 8, y + 4). The image of (2, 6) is

Use the translation (x, y)(x - 8, y + 4). The image of (2, 6) is

If WZ is the perpendicular bisector of XY, then the value of XZ is

If WZ is the perpendicular bisector of XY, then the value of XZ is

The co-ordinates of the centroid D of having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

The co-ordinates of the centroid D of having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

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$open square brackets table attributes columnalign left end attributes row 1 0 row 4 5 end table close square brackets open square brackets table row 2 cell negative 3 end cell row cell negative 1 end cell 8 end table close square brackets$ =

The correct answer is: $open square brackets table attributes columnalign left end attributes row 2 cell negative 3 end cell row 3 28 end table close square brackets$

Use the translation (x, y) $rightwards arrow$ (x + 3, y – 1) to (-1, 5)

Use the translation (x, y) $rightwards arrow$ (x + 3, y – 1) to (-1, 5)

The vertex P(-5, 1) after composition of transformations
Translation: (x, y) $rightwards arrow$ (x – 8, y)
Dilation: Centered at the origin, k = 2

The vertex P(-5, 1) after composition of transformations
Translation: (x, y) $rightwards arrow$ (x – 8, y)
Dilation: Centered at the origin, k = 2

The image of (x, y) $rightwards arrow$ (x + 4, y – 7) is P^l with P^l(-3, 4). The co-ordinates of pre-image is

The image of (x, y) $rightwards arrow$ (x + 4, y – 7) is P^l with P^l(-3, 4). The co-ordinates of pre-image is

Suppose quadrilateral QRST is rotated 180^o about the origin, then Q lies in ______ quadrant

Suppose quadrilateral QRST is rotated 180^o about the origin, then Q lies in ______ quadrant

The point R(3, 1) is rotated 270^o about the origin in counter clockwise direction. The new co-ordinates relative to original one is

The point R(3, 1) is rotated 270^o about the origin in counter clockwise direction. The new co-ordinates relative to original one is

The line of reflection for $increment A B C$ and its image is __________

The line of reflection for $increment A B C$ and its image is __________

Translate P(6, 3) using (x, y) $rightwards arrow$ (x + 3, y – 2)

Translate P(6, 3) using (x, y) $rightwards arrow$ (x + 3, y – 2)

Translate Q(0, -8) using (x, y) $rightwards arrow$ (x – 3, y + 2)

Translate Q(0, -8) using (x, y) $rightwards arrow$ (x – 3, y + 2)

Use the translation (x, y) $rightwards arrow$ (x - 8, y + 4). The image of (2, 6) is

Use the translation (x, y) $rightwards arrow$ (x - 8, y + 4). The image of (2, 6) is

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is

The co-ordinates of the centroid D of $increment R S T$ having vertices as R(-6, 2), S(-2, 6), T(2, 4) is