Feb 2, 2013 · Well, that is what it says in my prelab assignment. It says, "A force equal to but opposite in direction to the resultant is called the equilibrant, E, and is that force which, …

Jan 19, 2011 · The resultant vector components of those two forces is Rx = -3 and Ry = 17. Is this right so far? Now, in order to make the magnitude zero, wouldn't the x and y components of C …

Mar 1, 2024 · Just in case the OP mistakenly thinks the above is a general rule, it’s worth adding this. If we limit rounding errors in intermediate steps (e.g. use the more precise value that …

Jan 20, 2012 · Similarlily, I calculated vector 2 as vec2 =(-4.1230,-13.2200,17.9170), I know it is also, originated from origin so from the magnitude itself you can draw this vector too. Now, I …

Oct 2, 2005 · If you are not comfortable with components and have only used "triangles" to add two vectors then you can do that also. Start with two of the vectors, draw them "tail to tip" and …

Feb 2, 2018 · Magnitude of vector A = 1 Magnitude of vector B = 3 Magnitude of vector A = 5 The Attempt at a Solution The maximum part was easy, I just assumed them too be acting in the …

Oct 24, 2005 · Draw a picture and deduce by geometry that you have two sides of a triangle with an angle of 120 degrees between them. Use the cosine law to find the length of the side …

Mar 29, 2008 · whaaaaaat, that was last week man. These are three main vectors I computed. I already found the magnitude. I just can't find the direction now of these three. The components …

Feb 9, 2012 · Homework Statement Starting at the origin of coordinates, the following displacements are made in the xy-plane (that is, the displacements are coplanar): 60 mm in …

Resultant of two vectors is given by parallelogram law of vector addition. As per this law, the resultant vector is R = √ (A 2 + B 2 + 2 A B c o s θ). Here A and B are the two vectors and θ is …