Which explains why the laws of motion are scientific laws?A.The laws cannot be tested by experiments, but scientists know that they are correct because they make sense mathematically.B.The laws explain how objects move and are supported by experimental evidence.C.The theories of motion became laws after there was enough evidence to prove they were true.D.The laws describe a wide range of observations of motion and can be used to predict the motion of objects.SUBMITarrow_backPREVIOUS

Three laws describing how forces affect the motion of objects were developed by

The law of universal gravitation states that both mass and distance of objects affect the gravitational force between them. Gravitational force increases as the mass of the objects increase. Gravitational force decreases as distance between the objects increases. Why are these statements considered scientific law, and not scientific theory?Group of answer choicesThe statements predict what will happen under certain conditions.The statements tells what happens, and not why it happens.The statements explain the attractive force between two objects.The statements involve mass and distance measurements.

In 1687, Isaac Newton published a book explaining his three laws of planetary motion and the law of gravity. The importance of these discoveries was his general theory that A. the behavior of nature is basically unpredictable. B. nature consists of unpredictable acts of deities. C. all of nature follows uniform, unchanging laws. D. astronomical objects cannot be described using math.

Science is a systematic attempt to understand natural phenomena in as muchdetail and depth as possible and use the knowledge, so gained to predict, modifyand control phenomena. Science is exploring, experimenting and predicting fromwhat we see around us.In physics, we attempt to explain diverse physical phenomena in terms of a fewconcepts and laws. The effort is to see the physical world as manifestation of someuniversal laws in different domains and conditions. The connection betweenphysics, technology and society can be seen in many examples. The discipline ofthermodynamics arose from the need to understand and improve the working ofheat engines. Also wireless communication technology followed from thediscovery of the basic laws of electricity and magnetism. Let another importantexample of physics giving rise to technology is the silicon chip that triggered thecomputer revolution in the last three decades of the twentiath century. Hence, weobserve that how much strong influence physics is having on technologydevelopment and society.

Discuss the metaphysical concepts of law, causation, and explanation in the context of science. How do they relate to scientific understanding?