10 In researching the forces that act on flying birds, scientistsstudied the motion of cockatiels' bodies as they fly inhorizontal flight. As the birds beat their wings, their bodiesmove up and down. (Figure 1) shows the verticalacceleration of a cockatiel's body during one wing beat,consisting of an upstroke followed by a downstroke.Figure<1 of 1a, (m/s?)50-%3D1(s)0.06 0.08 0.100.02-504UpstrokeDownstroke Part AIf the bird's mass is 99 g, what is the maximum net vertical force exerted on the bird?Express your answer with the appropriate units.HẢ?x•10"- 3F- 9.9 10kgSubmitPrevious Answers Request AnswerPart BThe bird is held in level flight due to the force exerted on it by the air as the bird beats its wings. What is the maximum value of this force due tothe air? Note that the bird's weight, the force of gravity acting on it, is calculated using w = mg, a result that will be justified in Chapter 5.Express your answer with the appropriate units.(Far )max=ValueUnitsSubmitRequest Answer

The mass of the bird is given as, m=99 g (or) m=0.099 kg GRAPH: TO DETERMINE: (a) The maximum net…

In researching the forces that act on flying birds, scientists studied the motion of cockatiels' bodies as they fly in horizontal flight. As the birds beat their wings, their bodies move up and down. (Figure 1) shows the vertical acceleration of a cockatiel's body during one wing beat, consisting of an upstroke followed by a downstroke. Figure < 1 of 1 a, (m/s?) 50 0.02 1 (s) 0.06 0.08 0.10 -50 Upstroke Downstroke

In researching the forces that act on flying birds, scientists studied the motion of cockatiels' bodies as they fly in horizontal flight. As the birds beat their wings, their bodies move up and down. (Figure 1) shows the vertical acceleration of a cockatiel's body during one wing beat, consisting of an upstroke followed by a downstroke. Figure < 1 of 1 a, (m/s?) 50 0.02 1 (s) 0.06 0.08 0.10 -50 Upstroke Downstroke