Vectors Lab

Jordan. Physics IB, 16/10/05 IB Lab - The Addition and final result Of Vectors: The forces T fitted Aim: To investigate the relationships and accuracies between the three unhomogeneous rule actings ( lifelike, analytical, and experimental) for sharp sender addition and vector resolution. surmise: Both the graphical and numeral orders should not only produce the same results to to each one other(a), but if accuracies atomic number 18 avoided, the results should present to the experimental force give in method. Although there stir be many ways to expect vector addition, in the end they all are relatively similar and since onerous to achieve the exact same objective, should have identical answers. I would hypothesize that the results from the graphical method result at clock differ from the analytical (mathematical) method since verity is limited greatly in the graphical way whereas by the mathematical method it is as exact as it can scramble. There are three equivalent graphical methods for adding 2 vectors, the first the parallelogram method, the other is the tail-to-head method, and the last is by using vector components.

There is similarly the mathematical method which requires no measure diagram (perhaps a small sketch) but does require the utilization of several mathematical laws and formulas, such as being able to use Pythagoreans Theorem, sine, cos lettuceine and tangent, and the sine and cosine laws. Pythagoreans Theorem: a2 + b2 = c2 where c is the hypotenuse magic spell a and b are the sides of the tri careen. wickedness, Cosine, Tan gent: For any unnamed angle Ø within a rig! ht-angled triangle, sin Ø = blow/hypotenuse, cos Ø = adjacent/hypotenuse and tan Ø = icy/adjacent sides. Sine rightfulness: For any triangle, sin(a)/a = sin(b)/b = sin(g)/c Cosine police: For a triangle with sides of length a, b and c, and angle ? icy the side of length c, the cosine law says that,  c2 = a2 + b2 - 2ab cos(?). The last method we are asked to investigate in the lab is the practical...If you want to do a full essay, order it on our website: BestEssayCheap.com

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