![]() ![]() This place when you don't, then we over this and we know the weight is the product of the yeah, mass of an object acceleration due to gravity. But if you make this principle, the buoyant force is equal to the weight of the oil. So the way of the donor is equals to the boy and force since it's in the donating equilibrium as it floats in the air in. So we can solve this problem if you relate the density of the oil with the density of the donate and we can do that by the buoyant force since the buoyant force is related to the density and the boy enforces related to the week of the object industries, which is the donna. The density of the oil is also given with the value of 919 kg per meter cube. So this problem ask for the density I stayed down like given that the height of the white stripe, He's Sarah. Watching the doughnuts cook gives the customers time to develop an appetite as they ponder the physics of the process.įirst, the uncooked doughnut is dropped into hot vegetable oil, whose density is $\rho=919 \mathrm$ One popular brand of doughnut automates this process the doughnuts are made on an assembly line that customers can view in operation as they wait to order. Doughnuts are cooked by dropping the dough into hot vegetable oil until it changes from white to a rich, golden brown. ![]()
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