The electric current in a circuit is given by I = I(0)sin ( ωt +θ ). What is the dimension of θ ?
Answers
Answer:
theta is dimensionless quantity.
Explanation:
Answer:
θ is dimensionless
Explanation:
Theta, as a substitute variable for precise estimation, is known as a "scalar" esteem, estimating the size of a point, in degrees or radians or clock numbers or measure of turn or… . A scalar is an amount that has just extent yet no course or aspect of the sort that length, width, or profundity have. It is just a worth corresponding to something different. A 45° point, for example, must be estimated with no less than two things to connect with each other, the two of which should have a similar aspect - you can't quantify the point between a point and a line portion or between a line fragment and a plane
Scalar amounts are differentiated to vector amounts. Scalars have by definition a component of nothing, with vectors having by definition an element of (at any rate) one. It tends to be made more complicated than that, however we should leave it at that for the present, as that is a completely separate ten years of math study (which I haven't done!). Somebody will almost certainly call attention to fragmentary aspects.
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