No boat can sail directly into the wind of course, but some can come closer to it than others. Any boat for fore-and-aft rigging can sail reasonably well close to the wind -- far better than square-riggers. Sloops in particular (fore-and-aft rigged with a mainsail and foresail or headsail) can get up as high as 38 degrees or so -- or even slightly higher. Cutters, two-master boats, and catboats don't do quite as well.
The torpedo damaged the Bismark's rudder, bending it sideways so the huge battleship could only turn in circles.
The captain used the rudder to steer the ship away from the rocky shore.
That could be a triangular pyramid.
It could either be a triangular prism or a pentagonal pyramid
Yes, if the hexagons were regular and if the triangular prisms could be combined to the same shape as the hexagonal prisms.
They could be pentahedra in the form of triangular prisms or octahedra in the form of triangular antiprisms.
Power Steering Belt could be loose or worn. Power steering pump could be low on fluid.
36 is a triangular number. The formula for the nth triangular number is, n(n + 1)/2. So, 36 is the 8th triangular number : 8 x 9/2 = 36
Depending on context this could either be 'aft' (when inside the airplane), or 'Empennage' when referring to the entire tail section (the horizontal and vertical stabilizers, the rudder, the elevators, as well as rudder and elevator trim).
If you have plenty of fluid it could be the power steering pump itself going bad or it could be the rack and pinion assembly.
No. it could only have one pair of parallel faces. The cross section is triangular.
yes a triangular prism has got 1 perpendicular face, at the base.