I suggest you Google it or log onto Physics.org. If only it was that easy.I doubt that anybody has ever done it! Both are in different units for a start
Integral calculus
Why do you think that arrows of varying lengths are used to represent forces?
contract
No.
varying speeds different colors of light travel
Integral calculus
Irving M. Brauer has written: 'The effects of varying degrees of inquiry-centered activities on cognitive achievement in mathematics under different school conditions'
Sure, here is a sentence with the word "complexity": The complexity of the scientific problem required extensive research and collaboration among experts from various fields.
There are varying trucks of varying lengths.
I am not skilled at stating meta-mathematics, but meta-mathematics is the study of mathematics by using mathematical methods. By generating "metatheorems" proved theories that have used mathematics to explain the fundamentals of mathematics). Meta-mathematics usually uses set logic, philosophical logic, and proof theory to explain mathematics. These usually try to prove the inner philosophy or fundamentals of numbers and operations. A good example of a problem relating to meta-mathematics is the "Entscheidungsproblem", which inputs an algorithm and outputs a language, whether that algorithm is true or false, like the Riemann Hypothesis or the Cayley-Hamilton theorem of linear algebra, both being true. This was to prove the fact that it is impossible to have an unsolvable equation. This was cracked when the Diophantine Equation was analyzed. Although it seems that it's possible to take a non-linear varying number, and produce a valid result through a constant number. However, most problems have an infinite amount of valid solutions. Others have no solutions, as the divisor is always invalid, or must be divided by zero or furthermore terminating the use of the variables, or even going in circles, when its multiple (especially the least common) of the sums of the 2 polynomials' is its least common divisor.
Strategic Intervention Materials (SIM) in Mathematics are resources designed to help students improve their understanding of mathematical concepts. A sample SIM in Mathematics could be a set of problem-solving tasks with varying levels of difficulty that target specific areas where students may be struggling. These materials often include guided questions, visual aids, and step-by-step solutions to facilitate learning and promote critical thinking skills in students.
George Modesto Adotevi-Akue has written: 'On the numerical interpretation of gravity and other potential field anomalies caused by layers of varying thickness' -- subject(s): Potential theory (Mathematics), Geophysics, Gravity
The primary coil has to induce current in the secondary coil. The only way this can happen is if there is a varying magantic field in the primary which then will induce a varying mag field in the secondary which results in a current in the sec. Only varying current can induce a varying mag field only a varying mag field can induce current So you need a varying current in the primary. D.C. is not a varying current so it cannot induce a mag field in the coil. A.C. (it does not have to be +/- it just has to be varying) can do so.
AC voltage is varying because it is sinusoidal in nature
the heart
varying
By varying doping levels ,it is possible to produce zener diodes with varying breakdown voltages.