Invariance and Transformations by

Dr. Abassian

abassiana — 2023-10-11 14:40:28 UTC

Angles are invariant with dilations

Dr. Abassian

abassiana — 2023-10-11 14:40:46 UTC

Angles are invariant with reflections

Roderick Gordon

csoldier77 — 2023-10-22 12:08:23 UTC

Points of rotations are invariant with rotations.

Roderick Gordon

csoldier77 — 2023-10-22 12:09:32 UTC

Center of dilation is invariant with dilations.

Roderick Gordon

csoldier77 — 2023-10-22 12:10:01 UTC

Area is invariant with shearing of shapes.

Roderick Gordon

csoldier77 — 2023-10-22 12:10:49 UTC

Line of reflection is invariant with reflections of shapes

Roderick Gordon

csoldier77 — 2023-10-22 12:11:23 UTC

Shapes are invariant with translations.

Nadine Hinds

2023-10-23 00:12:41 UTC

Angles are invariant with respect to translation.

Nadine Hinds

2023-10-23 00:13:55 UTC

Line Segments are invariant with respect to rotation. In

Nadine Hinds

2023-10-23 00:15:25 UTC

Line segments are invariant with respect to reflection.

Nadine Hinds

2023-10-23 00:23:35 UTC

Points are invariant with respect to dialation.

Jennifer Filmon

2023-10-27 20:37:57 UTC

Distances (lengths of segments in pre-image and image) are invariant in translations.

Jennifer Filmon

2023-10-27 20:38:49 UTC

Orientation (order of vertices) is invariant in rotations.

Jennifer Filmon

2023-10-27 20:40:22 UTC

Perimeter is invariant in reflections.

Jennifer Filmon

2023-10-27 20:41:10 UTC

Ratios of corresponding sides are invariant in dilations.

Jennifer Filmon

2023-10-27 20:45:36 UTC

Area is definitely invariant with shearing. In "single axis" or "single directional" shears, the base attached to the direction of shearing is invariant-I'm not sure if I described that correctly.

Jennifer Filmon

2023-10-27 20:47:27 UTC

Orientation (order of vertices) is invariant in stretches.

Brianna Mourray

2023-10-29 23:50:23 UTC

Orientation of a figure is invariant in translations (the figure remains "right side up").

Brianna Mourray

2023-10-29 23:51:11 UTC

Area is invariant in rotations.

Brianna Mourray

2023-10-29 23:51:52 UTC

Area is invariant in reflections.

Brianna Mourray

2023-10-29 23:53:30 UTC

Ratios of distances (between points) are invariant in dilations.

Brianna Mourray

2023-10-29 23:54:26 UTC

General classification is invariant in shearing (i.e. a quadrilateral will remain a quadrilateral).

Wanda Bowers

2023-10-30 23:41:05 UTC

Angles of distancs are invariant with under rotations.

Wanda Bowers

2023-10-31 00:47:51 UTC

Area of a triangle is invariant under translation.

Wanda Bowers

2023-10-31 01:12:51 UTC

Triangle's interior angles sum is invariant to reflection.

Alberto Leiro

2023-11-01 21:25:16 UTC

The shape of a figure is invariant with translations.

Alberto Leiro

2023-11-01 21:26:32 UTC

Orientation is invariant in dilations

Alberto Leiro

2023-11-01 21:27:44 UTC

Invariant that rotations are measured in degrees

Alberto Leiro

2023-11-01 21:28:32 UTC

The distance between the figures and the line of reflection is invariant.

Alberto Leiro

2023-11-01 21:30:44 UTC

The point displaced by a proportion is invariant

Brian Valqui

brianvalqui2 — 2023-11-01 21:31:42 UTC

Angles and points or vertices remain invariant under dilations as the corresponding side lengths are proportional (reduced or enlarged) in other words change.

Brian Valqui

brianvalqui2 — 2023-11-01 21:32:23 UTC

Geometric shapes and figures are invariant with translations with respect to space, location and/or distance

Brian Valqui

brianvalqui2 — 2023-11-01 21:32:37 UTC

Angles and line segments are invariant with reflections as the only position of the figure or shape changes.

brianvalqui2 — 2023-11-01 21:32:50 UTC

Side lengths, vertices and angles of various shapes and figures under rotations with respect to position or orientation between preimage and image.

Alberto Leiro

2023-11-01 21:45:15 UTC

Faces the same direction

Judy Rickett

2023-11-02 12:19:38 UTC

In translations, neither the size nor shape of the figure changes. The measures of the interior angles will remain the same.

Judy Rickett

2023-11-02 12:24:40 UTC

Exterior angle measurements are invariant in a rotation of an object.

Judy Rickett

2023-11-02 12:26:04 UTC

Perimeter and area of the object are invariant in a reflection.

Judy Rickett

2023-11-02 12:27:22 UTC

The objects side length ratios are invariant in a dilation from the preimage to the image.

Judy Rickett

2023-11-02 12:30:51 UTC

Area and the sum of the interior angles is invariant in shearing. Also, invariantly, two line segments will remain parallel in shearing

Judy Rickett

2023-11-02 12:33:27 UTC

One or more points will be invariant in stretching an object.

Reina Rodriguez-Castellanos

2023-11-02 18:11:00 UTC

When an object is translated, the shape is invariant. A translation does not affect it's size and angles.

Reina Rodriguez-Castellanos

2023-11-02 18:13:30 UTC

When an object is rotated, the side lengths and angles are invariant because they remain the same.

Reina Rodriguez-Castellanos

2023-11-02 18:15:23 UTC

When an object is reflected, the area and angles are invariant because they also remain the same.

Reina Rodriguez-Castellanos

2023-11-02 18:17:56 UTC

When an object is dilated, the angles of the shape are invariant because what changes in dilation is the size of the shape.

Reina Rodriguez-Castellanos

2023-11-02 18:26:15 UTC

When a shape is sheared the area of the shape is invariant, but it does change the size along the x- and y-axis.

Reina Rodriguez-Castellanos

2023-11-02 18:27:18 UTC

When a shape is stretched, the size changes but the orientation of the shape remains invariant.

Abbi Moncada

2023-11-02 21:17:41 UTC

angles are invariant with translations

Abbi Moncada

2023-11-02 21:18:33 UTC

angles are invariant with rotations

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:30:05 UTC

Angles and lengths are invariant

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:31:04 UTC

Lengths and angles are invariant with rotation

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:31:46 UTC

Area, angles, perimeter and line of reflections are invariant

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:34:18 UTC

Dilation transformations are invariant with respect to the center of dilation. Objects maintain their shape but are uniformly scaled

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:34:46 UTC

Shear transformations are invariant to the perpendicular axes. The transformation distorts objects while keeping one axis unchanged.

OZLEM AKYALCIN

duzozlem — 2023-11-04 13:41:28 UTC

Stretching transformations are invariant with respect to the reference point and the axis along which the stretch occurs.

Tasha Denton

2023-11-04 13:50:12 UTC

Angles are invariant in translation

Tasha Denton

2023-11-04 13:51:04 UTC

Side lengths are invariant during rotation.

Tasha Denton

2023-11-04 13:53:03 UTC

During reflection angles and side lengths are invariant.

Tasha Denton

2023-11-04 13:54:50 UTC

The center point is invariant.

Tasha Describe

2023-11-04 13:56:21 UTC

Area is invariant when shearing.

Tasha Denton

2023-11-04 13:58:34 UTC

The order of the vertices is invariant during stretching.

Melisa Williams- Since nothing changes when the image is moved, the angles are invariant.

2023-11-04 23:59:22 UTC

Melisa Williams- The image is turned, angles remain invariant.

2023-11-05 00:00:04 UTC

Melisa Williams- The image is flipped, it's a mirror image, the angles will remain invariant.

2023-11-05 00:00:44 UTC

Melisa Williams- The size of the image changes but the angles are invariant.

2023-11-05 00:02:42 UTC

Melisa Williams - Since only one part of the shape is altered or stretched and the new shape is not similar, the invariant would be the point of the stretch

2023-11-05 00:06:18 UTC

Melisa Williams

2023-11-05 00:09:09 UTC

This transformation keeps the area invariant

Loukeitha Daymon

2023-11-05 01:11:12 UTC

Shapes and figures are invariant with translations (the shift of the shape or figure is horizontal or vertical.)

Loukeitha Daymon

2023-11-05 01:20:39 UTC

Line lengths and points are invariant during a rotation.

Loukeitha Daymon

2023-11-05 01:29:05 UTC

The shape and size of an image, and the line of reflection are invariant during a reflection.

Loukeitha Daymon

2023-11-05 01:35:14 UTC

With dilation the shape or figure's angles are invariant since dilation involves making something larger or smaller.

Loukeitha Daaymon

2023-11-05 01:45:50 UTC

During a shear transformation, the x-axis and area are invariant

Caitlynn Howell

2023-11-05 13:56:08 UTC

Side lengths are invariant during translations.

Caitlynn Howell

2023-11-05 13:56:51 UTC

Side lengths are invariant with rotations.

Caitlynn Howell

2023-11-05 13:57:14 UTC

Side lengths are invariant in reflections.

Caitlynn Howell

2023-11-05 13:57:54 UTC

Orientation is invariant in dilation.

Caitlynn Howell

2023-11-05 13:59:43 UTC

Area is invariant in shearing.

Caitlynn Howell

2023-11-05 14:00:46 UTC

Orientation is invariant in stretching.

Cassie Pinder

2023-11-05 17:40:58 UTC

Angles and side lengths are invariant

Cassie Pinder

2023-11-05 17:41:22 UTC

Angles and side lengths are invariant

Cassie Pinder

2023-11-05 17:41:40 UTC

Angles and side lengths are invariant

Cassie Pinder

2023-11-05 17:42:33 UTC

Angles and orientation are invariant

Cassie Pinder

2023-11-05 17:43:51 UTC

Orientation is invariant

Cassie Pinder

2023-11-05 17:44:05 UTC

Area is invariant

Churchill Campbell

2023-11-05 18:49:47 UTC

A regular triangle maintains its shape and symmetry under translation.

Churchill Campbell

2023-11-05 18:58:56 UTC

A perfect circle is invariant and looks the same after any rotation about its center.

Churchill Campbell

2023-11-05 19:02:45 UTC

A square possesses the property of reflectional invariance across its horizontal and vertical axes.

Churchill Campbell

2023-11-05 19:07:23 UTC

Equilateral triangles maintain their shape and angles regardless of scale factor, making them dilational invariant.

Churchill Campbell

2023-11-05 19:10:55 UTC

A square is shearing invariant under horizontal or vertical shearing.

Churchill Campbell

2023-11-05 19:19:54 UTC

Rectangles are stretching invariant. When a rectangle is uniformly scaled, it remains rectangular and maintains its right angles.

Rob Schmitz

2023-11-05 20:46:10 UTC

Angles are invariant with Reflection

Rob Schmitz

2023-11-05 20:46:32 UTC

Angles are invariant with dilation

Rob Schmitz

2023-11-05 20:47:05 UTC

Angles and side lengths are variant

Rob Schmitz

2023-11-05 20:47:26 UTC

Angles are invariant with translation

Rob Schmitz

2023-11-05 21:43:42 UTC

Orientation isn't going to cause a stretch, invariant

Rob Schmitz

2023-11-05 21:44:06 UTC

Area is invariant in shearing

Megan Hampton

2023-11-05 23:04:12 UTC

Translations are invariant in every way except location.

Megan Hampton

2023-11-05 23:06:59 UTC

Sides and angles are invariant within rotations.

Megan Hampton

2023-11-05 23:07:35 UTC

Angles and sides are invariant when reflecting images.

Megan Hampton

2023-11-05 23:20:27 UTC

Angles will be invariant in dilations.

Megan Hampton

2023-11-05 23:20:51 UTC

The area of the image is invariant in shearing.

Megan Hampton

2023-11-05 23:21:54 UTC

In stretching, the orientation of the image is invariant.

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:32:46 UTC

Angles and lengths are invariant under translations. A figure can be moved up, down, left, right, or rotated without impacting the angles and lengths

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:33:20 UTC

Angles and lengths if sides of a figure

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:34:33 UTC

Angles and side lengths of a figure are invariant

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:35:28 UTC

Angles included in a figure are invariant of subject to a dilation.

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:36:04 UTC

Area is invariant under shearing

Jackie Karastamatis

jnhs47qsvj — 2023-11-06 03:37:14 UTC

Stretching would not effect a figure’s orientation, so orientation is invariant.

Paul McGill

2024-10-26 21:17:59 UTC

The orientation is invariant

Paul McGill

2024-10-26 21:18:26 UTC

The area is invariant

Paul McGill

2024-10-26 21:19:01 UTC

The points are invariant for dilations

Paul McGill

2024-10-26 21:19:26 UTC

The reflection lines are invariant

Paul McGill

2024-10-26 21:20:15 UTC

For rotations, the sides and angles of shapes are invariant.

Paul McGill

2024-10-26 21:20:52 UTC

Within a translation, the area and shape are invariant.

Angelique Bunner

2024-10-27 01:18:36 UTC

Translations are invariant in length, area, angles, and orientation as none of those properties change. The change occurs in location.

Angelique Bunner

2024-10-27 01:24:11 UTC

Lengths, areas, and angles are invariant in rotation because they do not change. Orientation however is not because it is changing.

Angelique Bunner

2024-10-27 01:25:23 UTC

Lengths, areas, and angles are invariant in reflection because the do not change. However orientation is not because it is changing.

Angelique Bunner

2024-10-27 01:28:00 UTC

Angles, center point, and orientation are invariant during dilation. However, area and distance are not invariant.

Angelique Bunner

2024-10-27 01:32:45 UTC

In shearing the area is the invariant.

Angelique Bunner

2024-10-27 01:36:50 UTC

The orientation is the invariant in stretching as the shape is stretched along an invariant line.

Damarys Granados

2024-10-27 16:21:19 UTC

Angles, lengths, and area are invariant with translations.

Damarys Granados

2024-10-27 16:23:21 UTC

Angles, lengths, and perimeter are invariant with rotations.

Damarys Granados

2024-10-27 16:23:47 UTC

Side lengths and angles are invariant with reflections.

Damarys Granados

2024-10-27 16:25:09 UTC

Angles are invariant with dilations.

Damarys Granados

2024-10-27 16:26:23 UTC

Area is invariant with shearing.

Rachel Hart

2024-10-27 20:21:44 UTC

Length, angles, area and orientation are all invariant under translation since all that changes is where it is.

Rachel Hart

2024-10-27 20:24:18 UTC

Length and angles are invariant in rotations.

Rachel Hart

2024-10-27 20:25:36 UTC

Angles, side lengths and area are invariant during reflections.

Rachel Hart

2024-10-27 20:26:46 UTC

The angles of the shape are invariant during a dilation, as well as where the center of the shape is.

Rachel Hart

2024-10-27 20:27:23 UTC

The area during shearing is invariant.

Rachel Hart

2024-10-27 20:28:09 UTC

The orientation of the shape is invariant during stretching of the shape.

Keven Borrero

2024-10-27 21:40:10 UTC

In translation the invariant is the size, shape, and orientation.

Keven Borrero

2024-10-27 21:41:27 UTC

In rotations the invariant is the shape and size.

Keven Borrero

2024-10-27 21:42:19 UTC

In reflection the invariant is the side lengths, size, and angles

Keven Borrero

2024-10-27 21:43:09 UTC

In dilations the invariant are angles and shape

Keven Borrero

2024-10-27 21:46:13 UTC

The area and the points fixed are invariant.

Stretching

2024-10-27 21:46:52 UTC

In stretching the orientation is the invariant

Connor Huneycutt

2024-10-28 01:27:32 UTC

Orientation, lengths of sides, and angles are invariant.

Connor Huneycutt

2024-10-28 01:28:04 UTC

The length of sides and the angles are invariant.

Connor Huneycutt

2024-10-28 01:28:25 UTC

Lengths of the sides and angles are invariant.

Connor Huneycutt

2024-10-28 01:29:23 UTC

Angles are invariant.

Connor Huneycutt

2024-10-28 01:31:12 UTC

The area is invariant while shearing.

Connor Huneycutt

2024-10-28 01:31:35 UTC

The orientation is invariant.

Jalen Nichols

2024-10-28 02:30:59 UTC

Angles are invariant with transitions.

Jalen Nichols

2024-10-28 02:31:42 UTC

Size and shape is invariant in rotation.

The

2024-10-28 02:32:28 UTC

The length side and angles are invariant during reflections

Jalen Nichols

2024-10-28 02:33:03 UTC

In dilation the angles are invariant

Jalen Nichols

2024-10-28 02:34:14 UTC

Perimeter is invariant during shearing

Jalen Nichols

2024-10-28 02:35:01 UTC

The orientation in invariant

Macayla M.

2024-10-28 03:03:02 UTC

The shape, size, and angles are invariant.

Macayla M.

2024-10-28 03:04:18 UTC

The shape and size are invariant through rotations.

Macayla M.

2024-10-28 03:06:13 UTC

The angles and side lengths are invariant in rotation.

Macayla M.

2024-10-28 03:07:04 UTC

The shape is invariant.

Macayla M.

2024-10-28 03:08:35 UTC

The orientation is variant.