Force Is Equal To Mass Quotes & Sayings

Rumor ran in the slum streets of Trelayne like sewage in the gutters, mingled and colorful in its contents, but mostly shit. — Richard K. Morgan

Beauty is the garden scent of roses, murmuring water flowing gently ... Can words describe the indescribable? — Rumi

His designs were strictly honourable, as the phrase is; that is, to rob a lady of her fortune by way of marriage. — Henry Fielding

He loves to tease and nettle me to the brink of murder, but I wouldn't have it any other way. He is everything in this world to me. Samia — Sherrilyn Kenyon

Horror is not a genre, it is an emotion. It is a progressive form of fiction, one that evolves to meet the fears and anxieties of its times. — Douglas E. Winter

There was a midsummer restlessness abroad - early August with imprudent loves and impulsive crimes. — F Scott Fitzgerald

Perhaps I should call the Guinness Book people. I wondered what the world record was for not being sure whether you committed a string of murders? — Jeff Lindsay

Zoya and I gaped at him. Then she scowled. "You know, if you turned a bit of that poetry on me, I might consider giving you a change."
"Who says I want one?"
"I want one!" called Harshaw.
Zoya blew a damp curl from her forehead. "Oncat as a better chance than you."
Harshaw held the little tabby above him. "Why, Oncat," he said. "You rogue. — Leigh Bardugo

When I crash, I will be inertia mass acceleration force gravity opposite equal everything. I will be nothing. — Amy Zhang

Whether it is a falling man or an orbiting satellite, the effect of inertia is to create an apparent upward force that depends on the mass of the object. It is the same force we feel when riding in a car that goes around a tight curve. This inertial effect is equal and opposite to gravity and therefore cancels the pull of gravity. In physicist language, the "gravitational mass" and "inertial mass" are equal. This is not a tautology, as Ambrose Bierce thought, but a recognition that the pull of gravity is proportional to the inertia of the object being pulled. Einstein called this the "Principle of Equivalence", and it became the basis for his new theory of gravity that he called the general theory of relativity. — Rodney A. Brooks