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- Image Vectorizer 1 64gb
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Import the Raster Image. From (File New) under Name: type Convert to Vector.Use the preset destination Default RGB. Select File Import and browse to your raster image, which in this example is a sports team logo. Answer: The colors in your image may be too faint to be considered 'foreground' by Image Vectorizer. The solution is to increase the conversion threshold in the vectorization settings, as shown in this video. Here's a video about using Image Vectorizer and Sketch to create custom social networking icons. Vectorizing an Icon.
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If you're given the vector components, such as (3, 4), you can convert it easily to the magnitude/angle way of expressing vectors using trigonometry.
For example, take a look at the vector in the image.
Suppose that you're given the coordinates of the end of the vector and want to find its magnitude, v, and angle, theta. Because of your knowledge of trigonometry, you know
Where tan thetais the tangent of the angle. This means that
theta = tan–1(y/x)
Suppose that the coordinates of the vector are (3, 4). You can find the angle theta as the tan–1(4/3) = 53 degrees.
You can use the Pythagorean theorem to find the hypotenuse — the magnitude, v — of the triangle formed by x, y, and v:
Smart utility 3 2 5 x 4. Plug in the numbers for this example to get
So if you have a vector given by the coordinates (3, 4), its magnitude is 5, and its angle is 53 degrees.
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Sample question
Convert the vector given by the coordinates (1.0, 5.0) into magnitude/angle format.
The correct answer is magnitude 5.1, angle 79 degrees.
Apply the Pythagorean theorem to find the magnitude. Plug in the numbers to get 5.1.
Apply the equation theta= tan–1(y/x) to find the angle. Plug in the numbers to get tan–1(5.0/1.0) = 79 degrees.
Practice questions
Image Vectorizer 1 64gb
Image Vectorizer 1 64
Convert the vector (5.0, 7.0) into magnitude/angle form.
Easy audio notes 3 1 3. Convert the vector (13.0, 13.0) into magnitude/angle form.
Convert the vector (–1.0, 1.0) into magnitude/angle form.
Blogstomp 3 6 2. Convert the vector (–5.0, –7.0) into magnitude/angle form.
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Following are answers to the practice questions:
Magnitude 8.6, angle 54 degrees
Apply the equation
Vmware fusion 8 0 1 download free. to find the magnitude, which is 8.6.
Apply the equation theta = tan–1(y/x) to find the angle: tan–1(7.0/5.0) = 54 degrees.
Magnitude 18.4, angle 45 degrees
Apply the equation
to find the magnitude, which is 18.4.
Apply the equation theta = tan–1(y/x) to find the angle: tan–1(13.0/13.0) = 45 degrees.
Magnitude 1.4, angle 135 degrees
Apply the equation
to find the magnitude, which is 1.4.
Apply the equation theta = tan–1(y/x) to find the angle: tan–1(1.0/–1.0) = –45 degrees.
However, note that the angle must really be between 90 degrees and 180 degrees because the first vector component is negative and the second is positive. That means you should add 180 degrees to –45 degrees, giving you 135 degrees (the tangent of 135 degrees is also 1.0/–1.0 = –1.0).
Magnitude 8.6, angle 234 degrees
Apply the equation
to find the magnitude, which is 8.6.
Apply the equation theta = tan–1(y/x) to find the angle: tan–1(–7.0/–5.0) = 54 degrees.
However, note that the angle must really be between 180 degrees and 270 degrees because both vector components are negative. That means you should add 180 degrees to 54 degrees, giving you 234 degrees (the tangent of 234 degrees is also –7.0/–5.0 = 7.0/5.0).
