Chris Hemsworth on Gaining and Losing Weight for Roles

the quantity or quantity of heaviness or mass; amount a thing weighs. Physics. the force that gravitation applies upon a body, equal to the mass of the body times the local velocity of gravity: frequently taken, in a region of continuous gravitational velocity, as a step of mass. a system of units for revealing heaviness or mass: avoirdupois weight. a system of heaviness or mass: The pound is a typical weight in English-speaking nations. a body of determinate mass, since metal, for using on a balance or scale in weighing items, compounds, etc. a particular amount of a substance that is identified by weighing or that weighs a fixed quantity: a half-ounce weight of gold dust.

an object used or useful entirely since of its heaviness: the weights of a clock. a mental or ethical concern, since care, sorrow, or duty: Understanding you are safe takes a weight off my mind. significance, minute, consequence, or effective impact: an opinion of fantastic weight. Data. a step of the relative importance of a product in a statistical population.(of clothes, fabrics, and so on) relative heaviness or density as related to heat or to seasonal usage (often utilized in combination): a winter-weight jacket. relative heaviness or thickness as related to use: a bolt of coat-weight woolen fabric. Printing. (of type) the degree of blackness or boldness.(especially in boxing) a division or class to which a candidate belongs according to how much he weighs: 2 siblings who combat professionally in the exact same weight.

Force on a mass due to gravity In science and engineering, the weight of a things is the force acting on the item due to gravity. Some standard textbooks specify weight as a vector quantity, the gravitational force acting on the things. Others define weight as a scalar amount, the magnitude of the gravitational force. Yet Need More Info? specify it as the magnitude of the response force exerted on a body by mechanisms that counteract the effects of gravity: the weight is the amount that is measured by, for instance, a spring scale. Thus, in a state of complimentary fall, the weight would be zero.