12 x sin 60 = 11.08 pounds
A graph which consists of short straight lines which keep changing direction. Example : a graph line which is inclined at say, 30 degrees to a horizontal, then changes direction instantly to a line which is say, inclined at 60 degrees to the horizontal , etc. If the shape of a graph is not a series of straight lines joined to each other, then it is not a step graph.
An angle to horizontal refers to the measurement of an angle formed between a horizontal line and another line or surface. It is typically expressed in degrees and indicates how steeply a line or surface is inclined relative to the horizontal plane. In various applications, such as engineering and architecture, this angle is crucial for determining slopes, inclines, and the stability of structures.
20 degrees is a measure of angular displacement. This cannot be converted to lateral (horizontal) displacement.
other horizontal lines? which would be 180 degrees i guess.
Construct a perpendicular line that intersects a horizontal line at 90 degrees and then bisect the vertical line with the horizontal line will give an obtuse angle of 135 degrees because 90 degrees+45 degrees = 135 degrees
.50g
-- The component that's inclined 30 degrees above the horizontal is[ 20 sqrt(3) ] = about 34.641 newtons. (rounded)-- The other component is inclined 60 degrees below the horizontal,and its magnitude is 20 newtons.
A graph which consists of short straight lines which keep changing direction. Example : a graph line which is inclined at say, 30 degrees to a horizontal, then changes direction instantly to a line which is say, inclined at 60 degrees to the horizontal , etc. If the shape of a graph is not a series of straight lines joined to each other, then it is not a step graph.
An angle to horizontal refers to the measurement of an angle formed between a horizontal line and another line or surface. It is typically expressed in degrees and indicates how steeply a line or surface is inclined relative to the horizontal plane. In various applications, such as engineering and architecture, this angle is crucial for determining slopes, inclines, and the stability of structures.
The horizontal force can be calculated using the formula Fhorizontal = Fcos(θ), where F is the given force (20N) and θ is the angle of inclination (30 degrees). Plugging in the values, we get Fhorizontal = 20N x cos(30) ≈ 17.3N.
The initial magnitude of the velocity is sqrt(5) times the horizontal component. This results in a velocity vector that is inclined at an angle of arctan(2) ≈ 63.43 degrees with respect to the horizontal.
23.5 degrees.
The applied force will depend on the required force, and the angle to the ramp (or the horizontal) at which the force is applied.
it is about 23 degrees
To draw the projection of a cylinder with a diameter of 30 mm and an axis of 50 mm long, first, represent the base of the cylinder as a rectangle on the horizontal plane (HP) where the base is perpendicular to HP and inclined at 60 degrees to the vertical plane (VP). The top view will show the circular base with a diameter of 30 mm, and the side view will depict the rectangle representing the height of 50 mm, oriented at 60 degrees to the horizontal. The generator of the cylinder will be projected as a line inclined at 60 degrees to the vertical in the side view.
Axes aren't inclined, they are tilted. Orbital planes are inclined, and Jupiter's is inclined about 6 degrees from the Solar equator. Planes can also be inclined relative to the ecliptic or the invariable plane. Jupiter's axis is tilted about 3 degrees from the ecliptic.
27 degrees high likely refers to the angle of elevation or inclination from the horizontal plane. It signifies the measurement of how steep or inclined an object or structure is rising in relation to the ground.