# MEDI11002 Physics For Health Sciences

## Questions

### Part 1

A glossary of all of the keywords you have used in your answers to Part 2 questions.
• Each keyword must be defined in your glossary. Include any symbols and unit of measure associated with the keyword provided.
• Once you have defined a keyword in your glossary, you can use that term throughout your responses to the questions in Part 2 without the need to define the term again.
• If you have used any equations to answer Part 2, include them in your glossary as well.

### Part 2

1. For each of the statements below, indicate whether the statement is true or false and explain your reasoning.
a. As a medical supply trolley is wheeled around a curved pathway, its velocity and acceleration remains unchanged.
b. When an elastic band is stretched around a patient’s arm to act as a tourniquet, there is no work done and the band has no stored energy.

2. A student healthcare professional has been asked to move a box of mass 12 kg onto a shelf that is at a height 0.3 m above the ground level and 5.5 m from where the box was originally kept. The student is holding the box and moving with the box in a straight line at a steady speed of 0.15 m/s. As the student approaches the shelf, he notices another student is opening the door adjacent to the shelf area. If the student is able to apply sufficient force to stop in 2. s, will the student avoid a collision if the opening door is 1.0 m ahead of the box? (Assume that the student is applying the same magnitude of force throughout that time).

3. Whist waiting for your next lecture session, you purchase a single-serve soft drink in a standard plastic bottle with screw-on lid. You open the lid to take a drink, and notice fluid flowing from a small hole in the bottom of the bottle. You put the lid back on the bottle to return it to the store as defective. However, once you put the lid back on, the flow from the hole stops!

i. Differentiate between the properties of the soft drink and the plastic bottle.

ii. Explain why flow did not start until the lid was off the bottle.

### Cite This Work

My Assignment Help (2021) Physics For Health Sciences [Online]. Available from: https://myassignmenthelp.com/free-samples/medi11002-physics-for-health-sciences/atmospheric-pressure.html
[Accessed 26 November 2022].

My Assignment Help. 'Physics For Health Sciences' (My Assignment Help, 2021) <https://myassignmenthelp.com/free-samples/medi11002-physics-for-health-sciences/atmospheric-pressure.html> accessed 26 November 2022.

My Assignment Help. Physics For Health Sciences [Internet]. My Assignment Help. 2021 [cited 26 November 2022]. Available from: https://myassignmenthelp.com/free-samples/medi11002-physics-for-health-sciences/atmospheric-pressure.html.

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