Question

scenario: if an experiment were to be performed on the international space station (iss), where there is no gravity, how would that affect the difficulty of shaking, flicking, and holding the bottles? question: identify at least one of the actions will change based on the location and at least one action will not change based on location. explain why an action would change its difficulty based on location and why an action wouldnt.

Explanation:

Step1: Consider the effect of zero - gravity

In zero - gravity on the ISS, there is no gravitational force pulling the bottles down. Shaking and flicking involve applying a force to change the motion of the bottles. Since there is no gravitational resistance in the direction of the applied force for shaking and flicking, these actions will be easier as there is no weight - related resistance to overcome.

Step2: Analyze the action of holding

Holding the bottles mainly depends on the friction between the hand and the bottle surface and the grip strength of the hand. The lack of gravity does not directly affect the friction and grip - related aspects for holding the bottle in place relative to the hand. So, holding the bottle would not change significantly in terms of difficulty.

Answer:

Shaking and flicking would become easier because there is no gravitational resistance to the applied force. Holding would not change much as it mainly depends on friction and grip strength which are not directly affected by zero - gravity.