Basically its just where you position the views of the main object, in first angle projection, if you view the object from the left, the view is drawn to the right of the object, in third angle projection, its drawn on the viewing side.
You can, any right angle shaped object (that is breakable) can be used like a wishbone.
Perpendicular Force is the forces that acts at right angle to the object.
Shadow of a building have right angles at the base of the building. Braces of buildings have right angles.
Because a right angle is a right angle.
a right angle triangle has a right angle in it, whereas a traingle is the extremely general term for an object with three sides
Basically its just where you position the views of the main object, in first angle projection, if you view the object from the left, the view is drawn to the right of the object, in third angle projection, its drawn on the viewing side.
You can, any right angle shaped object (that is breakable) can be used like a wishbone.
Perpendicular Force is the forces that acts at right angle to the object.
Well by the angle being at a certain angle it will launch sometime more then one meter and if the angle was a right angle then it will launch 350CM.
"A" right angle as in only one? A right-angled triangle. If not only one: Squares, rectangles, etc If you mean an object in real life, then most chairs and tables will have legs set at right-angles to the floor/seat/tabletop if they're made right.
Shadow of a building have right angles at the base of the building. Braces of buildings have right angles.
Angle of elevation is looking upwards to an object and angle of depression is looking downwards to an object
When light travels at right angles into a transparent object (i.e. angle of incidence is zero), no refraction occurs.
a right angle is a right angle
The hour angle system is a method used to measure the position of a celestial object in the sky. It measures the angular distance of an object from the observer's meridian, usually in hours (equivalent to 15 degrees per hour). By knowing the hour angle, one can determine the right ascension and declination of the object.
Because a right angle is a right angle.