[Answer] 4. Science and Technology: In a nuclear reaction mass is lost and energy appears. The equation E = MC^2 (E equals M times C squared) gives the relationship between the mass lost and the energy created. Who proposed this formula?

Step 1 : Introduction to the question "4. Science and Technology: In a nuclear reaction mass is lost and energy appears. The equation E = MC^2 (E equals M times C squared) gives the relationship between the mass lost and the energy created. Who proposed this formula?"

...1. Isaac Newton 2. Albert Einstein 3. Aristotle 4. Galileo This is possibly one of the most famous formulas in history and is frequently referenced in pop culture. Strictly, Einstein's equation states that mass and energy are two forms of the same thing, so technically mass is converted to another form rather than lost. E stands for energy, M for mass and C for the speed of light in a vacuum.

[Ans] Which of Newton's Laws of Motion is represented by the equation "F=ma"?

Step 1 : Introduction to the question "Which of Newton's Laws of Motion is represented by the equation "F=ma"?"

Sir Isaac Newton (1642-1727) developed the ideas behind his laws of motion. These are perhaps the best known of this early physicist and mathematician's work. The application of his simple laws is seemingly infinite, from planets moving through space to what happens in the first few seconds of a car crash to the simple act of walking. Newton developed three Laws of Motion that are the basics when studying bodies in motion. His second law is probably the most confusing. It states the equation "F=ma," meaning the net force that acts upon an object is a product of its mass multiplied by its acceleration. Source: Encyclopedia.com