The values of sx and sy represent the scaling factors in the x and y directions respectively.

a. Produce an enlargement: To produce an enlargement, the values of sx and sy should be greater than 1. This means that the object will be scaled up or enlarged in the respective direction. For example, if sx=2 and sy=2, the object will be twice as large in both the x and y directions.

b. No change in the size of an object: If the values of sx and sy are both 1, there will be no change in the size of the object. This is because a scaling factor of 1 means that the object retains its original size in the respective direction.

c. Reduce the size of object: To reduce the size of the object, the values of sx and sy should be less than 1 but greater than 0. This means that the object will be scaled down or reduced in the respective direction. For example, if sx=0.5 and sy=0.5, the object will be half as large in both the x and y directions.

d. Distort the picture: If the values of sx and sy are not equal, the picture will be distorted. This is because the scaling in the x direction will be different from the scaling in the y direction. For example, if sx=2 and sy=1, the picture will be stretched in the x direction but retain its original size in the y direction.

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The values of sx and sy represent the scaling factors in the x and y directions respectively.

a. Produce an enlargement: To produce an enlargement, the values of sx and sy should be greater than 1. This means that the object will be scaled up or enlarged in the respective direction. For example, if sx=2 and sy=2, the object will be twice as large in both the x and y directions.

b. No change in the size of an object: If the values of sx and sy are both 1, there will be no change in the size of the object. This is because a scaling factor of 1 means that the object retains its original size in the respective direction.

c. Reduce the size of object: To reduce the size of the object, the values of sx and sy should be less than 1 but greater than 0. This means that the object will be scaled down or reduced in the respective direction. For example, if sx=0.5 and sy=0.5, the object will be half as large in both the x and y directions.

d. Distort the picture: If the values of sx and sy are not equal, the picture will be distorted. This is because the scaling in the x direction will be different from the scaling in the y direction. For example, if sx=2 and sy=1, the picture will be stretched in the x direction but retain its original size in the y direction.

Knowee AI · Accepted Answer

The values of sx and sy represent the scaling factors in the x and y directions respectively.

a. Produce an enlargement: To produce an enlargement, the values of sx and sy should be greater than 1. This means that the object will be scaled up or enlarged in the respective direction. For example, if sx=2 and sy=2, the object will be twice as large in both the x and y directions.

b. No change in the size of an object: If the values of sx and sy are both 1, there will be no change in the size of the object. This is because a scaling factor of 1 means that the object retains its original size in the respective direction.

c. Reduce the size of object: To reduce the size of the object, the values of sx and sy should be less than 1 but greater than 0. This means that the object will be scaled down or reduced in the respective direction. For example, if sx=0.5 and sy=0.5, the object will be half as large in both the x and y directions.

d. Distort the picture: If the values of sx and sy are not equal, the picture will be distorted. This is because the scaling in the x direction will be different from the scaling in the y direction. For example, if sx=2 and sy=1, the picture will be stretched in the x direction but retain its original size in the y direction.

If the value of sx=1 and sy=1 thena.Produce an enlargementb.No change in the size of an objectc.Reduce the size of objectd.Distort the picture

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