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You may set the correct distance by trying different angles so that you feel confortable when climbing the ladder. Approximately between 80 to 130 cm. But it is the correct angle that can tell you the adequate distance from the wall. Only by climbing a ladder you know it. I advise you to put a piece of rubber under the ladder so that it can't slip.
Probably because Polycrates, ruler of Samos, Pythagoras' hometown, was making his plans difficult to achieve, some say he was overwhelmed with public duties in Samos
In a trigonometric equation, you can work to find a solution set which satisfy the given equation, so that you can move terms from one side to another in order to achieve it (or as we say we operate the same things to both sides). But in a trigonometric identity, you only can manipulate separately each side, until you can get or not the same thing to both sides, that is to conclude if the given identity is true or false.
125 is 100 percent.125/100 =1.25 is 1 percent.This value times 30 gives you the 30 percent.Solution: 37.5You can also use the 10% method. Any time you wish to find 10% of any number, move the decimal point one place to the left. The 1% method requires you to move two places to the left.So in that example, 30% of 125, when we move the decimal one place to the left we result in 12.5, which is 10% of 125.Now a simple multiplication or addition problem will yield the following:12.5 x 3 = 37.5012.5 + 12.5 + 12.5 = 37.50
Do you really mean minimum distance? This would be achieved if the projectile went straight up and down, ie 90 deg from horizontal. Maximum distance would be obtained at 45 deg to horizontal.
A trajectory of 45 degrees elevation gives the longest horizontal travel- (not taking air drag into consideration nor any aerodynamic properties of a projectile.
a bomber does not drops its bomb vertically above the target because when the bomb is released its motion becomes projectile motion in which horizontal component remains constant and vertical component changes throughout the motion therefore it does not achieve its target
To achieve the most distance, you should set your catapult to release a projectile at 45 degrees angle relative to horizontal plane.Higher stored potential energy doesn't neccesarily mean more distance. Distance of the shot depends mainly on starting velocity, which in turn depends on rate at which catapult transfers the energy to the projectile. A limit for that depends on construction of the catapult.
-- In what direction should a projectile be launched in order to achieve the maximum range ? -- Toward 45 degrees above the horizontal.
On a flat plane in a vacuum--exactly 45 degrees. Several changes are necessary in the real world. to account for Earth curvature and air resistance and other factors. What this angle is can't be stated without knowing all the variables. One often overlooked factor is that a projectile actually follows an elliptical path, not a parabolic one. Ballistics tables are very complex and were one of the first tasks taken over by computers.
A baseball, cannonball, or other projectile launched at a 45° angle above the horizon will achieve maximum horizontal range. A projectile launched straight up will achieve maximum altitude, but you kind of have to watch it and be careful when it returns.
For a companion they couldn't achieve in person. Sometimes it works and sometimes it does not.
How fast are you accelerating? If I accelerate very slowly, I can travel about 100 miles before reaching 35 mph. On the other hand, a rocket propelled automobile could achieve 35 mph from standstill within ten feet.
so it can fly in the wind and achieve distance
Distance and time are quantities that define SPEED. Add Direction and you now have a Velocity Vector. Force is not in either definition, but is necessary to achieve a speed or velocity.
I don't really remember what they tried to achieve but here is what i know:Ernest ShackletonRoald AmundsenRobert falcon ScottRichard e.ByrdeSir Edmund HillarySir James Clark RossNobu ShiraseSir Edgeworth David