Question
It is a transformation in which a figure is rotated around a fixed point called__________.
- Line of symmetry
- Vertex
- Center
- Center of rotation
Hint:
General synopsis of Rotation concept.
The correct answer is: Center of rotation
* In Mathematics, rotation means the Circular movement of an object around one fixed point.
* In rotation, the image after transformation remains constant.
* Hence, it is called as a rigid transformation.
* No Change in shape and size.
* The Shape rotates counter- clockwise when the degrees is positive and rotates clockwise when degrees is negative.
>>>>Therefore, the fixed point is called as center of rotation.
>>>>The center of rotation is the point that rotates the given figure about a point.
Related Questions to study
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the y-axis.
The required matrix representation is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the y-axis.
The required matrix representation is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the x-axis.
Therefore, the required matrix is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the x-axis.
Therefore, the required matrix is:
Find point C on the x-axis, so AC + BC is a minimum.
A(-2, 3), B (5, -3)
Find point C on the x-axis, so AC + BC is a minimum.
A(-2, 3), B (5, -3)
Find point C on the x-axis, so AC + BC is minimum.
A(3, 4), B (-3, 6)
¶
- ¶
- Coordinate Geometry: This is one of The branches of geometry in which a point's position is defined using coordinates. ¶
- Coordinates: Coordinates are a set of values that help to determine the exact location of a point in the coordinate plane. ¶
- Coordinate Plane: The two-dimensional plane formed by intersecting two perpendicular lines, the x-axis, and y-axis, is known as Coordinate Plane. ¶
- Distance Formula: The distance is used to calculate the length between two points in A(x1,y1) and B(x2,y2). ¶
- Section Formula: It is used to divide any line into two parts in an m:n ratio. ¶
- Mid-Point Theorem: Mid-Point Theorem formula determines the coordinates at which a line is divided into two halves. ¶
Find point C on the x-axis, so AC + BC is minimum.
A(3, 4), B (-3, 6)
¶
- ¶
- Coordinate Geometry: This is one of The branches of geometry in which a point's position is defined using coordinates. ¶
- Coordinates: Coordinates are a set of values that help to determine the exact location of a point in the coordinate plane. ¶
- Coordinate Plane: The two-dimensional plane formed by intersecting two perpendicular lines, the x-axis, and y-axis, is known as Coordinate Plane. ¶
- Distance Formula: The distance is used to calculate the length between two points in A(x1,y1) and B(x2,y2). ¶
- Section Formula: It is used to divide any line into two parts in an m:n ratio. ¶
- Mid-Point Theorem: Mid-Point Theorem formula determines the coordinates at which a line is divided into two halves. ¶
What is the line of reflection for and its image?
From the graph, the line of reflection is x-axis.
What is the line of reflection for and its image?
From the graph, the line of reflection is x-axis.
What is the line of reflection for and its image?
From the graph, the line of reflection is y = x.
What is the line of reflection for and its image?
From the graph, the line of reflection is y = x.
The matrix show the reflection in
The reflection matrix in the x-axis =
The matrix show the reflection in
The reflection matrix in the x-axis =
The matrix show the reflection in
* The reflection matrix in the y-axis =
The matrix show the reflection in
* The reflection matrix in the y-axis =
Write the matrix for the polygon.
The required matrix is:
Write the matrix for the polygon.
The required matrix is:
Write the matrix for the polygon.
The required matrix is:
Write the matrix for the polygon.
The required matrix is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the y-axis.
The required matrix for the image is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the y-axis.
The required matrix for the image is:
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the x-axis.
The matrix representation of the image :
Use matrix multiplication to find the image. Graph the polygon and its image.
Reflect in the x-axis.
The matrix representation of the image :
Find point C on the x-axis, so AC + BC is minimum.
A(2, 3), B (-3, -3)
Since, the point lies on the x-axis. Then, the intersection of the line A'B and the x-axis gives the required point
Find point C on the x-axis, so AC + BC is minimum.
A(2, 3), B (-3, -3)
Since, the point lies on the x-axis. Then, the intersection of the line A'B and the x-axis gives the required point
Find point C on the x-axis, so AC + BC is minimum.
A(2, -3), B (3, -5)
Since, the point lies on the x-axis. Then, the intersection of the line A'B and the x-axis gives the required point.
Find point C on the x-axis, so AC + BC is minimum.
A(2, -3), B (3, -5)
Since, the point lies on the x-axis. Then, the intersection of the line A'B and the x-axis gives the required point.
What is the line of reflection for and its image?
From the graph, the line of reflection is y = 3.
What is the line of reflection for and its image?
From the graph, the line of reflection is y = 3.