In a fluid, this quantity equals the opposite of the pressure gradient divided by volume, and one unit of this is the poundal.
In a fluid, this quantity equals the opposite of the pressure gradient divided by volume, and one unit of this is the poundal. Free body diagrams are sometimes named for this quantity, and one type of this is caused by the exchange of W and Z bosons. It is integrated with respect to time to find impulse, or with respect to distance to find work, and it equals the derivative of momentum with respect to time. Newton's first law describes what happens when this has a net value of zero, and Newton's third law states that one of these always accompanies an opposite one. Name this vector quantity that can be measured in dynes or Newtons.
In a fluid, this quantity equals the opposite of the pressure gradient divided by volume, and one unit of this is the poundal.
force