360 degrees
To rotate an object 90 degrees counter-clockwise, you can visualize or use a coordinate system. If you have a point (x, y), the new coordinates after the rotation will be (-y, x). For more complex shapes, apply this transformation to each point of the shape. Alternatively, if you're working with a physical object, simply turn it left (counter-clockwise) until it is oriented 90 degrees from its original position.
ENE plus 90 degrees (clockwise) is SSE.
3 quarters clockwise is 270 degrees clockwise or 90 degrees anti(counter)-clocwise
140 + k*360 degrees clockwise where k is any integer.
About 161km
Uranus is the only planet tilted 90 degrees to the right
To rotate an object 90 degrees counter-clockwise, you can visualize or use a coordinate system. If you have a point (x, y), the new coordinates after the rotation will be (-y, x). For more complex shapes, apply this transformation to each point of the shape. Alternatively, if you're working with a physical object, simply turn it left (counter-clockwise) until it is oriented 90 degrees from its original position.
360 degree rotation (clockwise or anticlockwise) leaves any figure in exactly the same position as it was at the start. So YOU DO NOTHING.
ENE plus 90 degrees (clockwise) is SSE.
3 quarters clockwise is 270 degrees clockwise or 90 degrees anti(counter)-clocwise
Yes, if you turn a shape completely around to its original position it will look like its original position because it will be in its original position. For example if i take a trapezoid and turn it 180 degrees it does not look the same as it did before so it does not have rotational symmetry of 180 degrees.
Counter clockwise is typically measured in 360 degrees, with 0 degrees representing the starting point or the initial direction. Each full rotation counter clockwise adds another 360 degrees to the measurement.
Minus 270 degrees which is equivalent to a quarter anti-clockwise turn, or +90 degrees.
140 + k*360 degrees clockwise where k is any integer.
About 161km
Azimuth refers to the direction of a celestial object from an observer, measured in degrees clockwise from true north. It is commonly used in astronomy and navigation to determine the position of stars or other objects in the sky.
Going clockwise... 210 degrees. Going anti-clockwise... 150 degrees.