Physics in Biology and Medicine

acceleration action activity amount angle angular animal applied artery assume atoms average axon blood body bone calculate called cells charge complex components conduction constant contains contraction converted crystalline lens depends diffusion direction distance effect electrical electrons energy equation example flow fluid focused force frequency friction function given heart heat increases insect intensity jump kinetic energy length lens light liquid living mass material maximum measured mechanical membrane molecules motion moving muscle object observed obtain organic person physics position possible potential pressure Prob produced properties quantum mechanical radiation rays region result retina rotation shown shown in Fig skin soil sound speed surface surface tension Table temperature tion tissue unit velocity voltage wave weight wings