Newton's Laws of Motions are considered a basic corner stone of Physics. Thus, a claim that Newton's Second Law of Motion, F=ma, might not be applicable in certain cases, sounds as an out of line, and an incorrect claim.Nevertheless, this paper presents such a claim, based on arguments resulting from the structural identities between Newton's Universal Gravitational Law and Coulomb's Law.Based on these structural identities, this paper presents the prediction, that similar to Newton's Gravitational Field, which is already recognized also as a form of Acceleration, also Electric Fields, might be also forms of Acceleration.The above also results in the conclusion, that for Electrically Charged Bodies, attracted or repelled under Coulomb's Law, Newton's Second Law of Motion, F=ma, might not be applicable, and should be replaced with a different Law, namely, F=kqa.Also, based on the above-mentioned structural identities between Newton's Universal Gravitational Law and Coulomb's Law, a paper published by the author of this paper, expandsEinstein’s General Relativity Theory to include Electrically Charged Bodies in addition to Massive Bodies, which also provides an explanation for the source of the attraction or the repulsion between Electrically Charged Bodies, which is still a mystery today.The above presented predictions, presented in this paper, that Newton's Second Law of Motion, F=ma, might not be always applicable, and that Electric (or Magnetic) Fields are also forms of Acceleration, might sound extraordinary, not correct, and out of line predictions.However, this paper also proposes a relatively simple experiment, which if implemented, and its results will be successful, it might provide validity, (or disprove), the above presented predictions.Parts of the materials presented in this paper, were already presented in additional papers, by the author of this paper. Those papers are also mentioned in the body of this paper, and also appear in the references section of this paper.