he made a model and did experiments
Robert Millikan's oil-drop experiment involved suspending tiny oil droplets in a uniform electric field and measuring their motion to determine the charge of an electron. By balancing gravitational and electric forces on the oil droplets, he was able to calculate the charge of a single electron to be approximately 1.6 x 10^-19 coulombs. This groundbreaking experiment provided valuable insights into the fundamental properties of electrons.
Sir Joseph Thomson (J.J. Thomson) determined the charge of the electron in 1897, calling them "corpuscles." Previously electron beams had been referred to as Lenard rays and cathode rays.J.J. Thompson with his cathod ray tube experiment.
The conclusions of a force table experiment typically involve analyzing the equilibrium of forces acting on an object placed on the force table. By adjusting the magnitudes and angles of the forces, one can observe the conditions necessary for equilibrium to be achieved. This experiment allows students to understand the concept of vector addition and how to find the equilibrant force.
To find the coefficient of dynamic friction, conduct an experiment by placing a block on a flat surface connected to a force sensor. Apply a horizontal force gradually to the block until it starts to slide, and note the force required for motion to begin. Use the formula: coefficient of dynamic friction = (force to start motion) / (weight of the block) to calculate the coefficient. Repeat the experiment multiple times to get an average value.
A test performed to find out if a hypothesis is supported is called an experiment. This involves conducting controlled investigations to observe and measure outcomes to determine whether the hypothesis is valid.
You can find someone else to experiment...
Write an experiment to find the velocity of sound?
You can watch Susan Boyle's final BGT performance on Youtube and very likely on her fansite.
Boyle's discovery of the relationship between pressure and volume in gases, known as Boyle's Law, was important because it provided one of the foundational principles for the development of the field of thermodynamics. This law helps scientists understand the behavior of gases under different conditions, and it has practical applications in fields such as chemistry, physics, and engineering.
I am Evelyn Rose Boyle I live
you might find it on youtube or possibly www.talent.itv.com
wikipedia
Gurdon's experiment proved that a cell's genetic potential do not diminish as the cell became specialized, disproving the conclusion of Robert Briggs and Thomas King following their failures to clone from differentiated cells in their 1952 landmark tadpole experiment. Gurdon's results electrified the scientific community, but some scientists remained skeptical and began to find flaws in his work.
Robert Millikan's oil-drop experiment involved suspending tiny oil droplets in a uniform electric field and measuring their motion to determine the charge of an electron. By balancing gravitational and electric forces on the oil droplets, he was able to calculate the charge of a single electron to be approximately 1.6 x 10^-19 coulombs. This groundbreaking experiment provided valuable insights into the fundamental properties of electrons.
how can you find of mea sure the pressure of the atmosphere and verifies boyle s law.
Select an experiment that has a random result rather than one that is deterministic. The result of the experiment is the outcome of the probabilistic experiment.
Yes, that is possible. It's to be expected.