Question

Pose a real-life (only one) problematic situation, where you need mechanical physics to solve it. Situations similar to those we have been working on in the previous activities (A1, A2, A3 and A4). The problem must contain the following topics, without being limited to this list: 1. Conservation of Mechanical Energy 2. Conservation of linear or two-dimensional Moment. 3. Conservation of angular momentum.

Needs to: -Show a real, original and very creative situation. -Show a detailed design of the situation, which includes all the physical variables contemplated. -The problem situation includes issues of conservation of mechanical energy, conservation of momentum and conservation of angular momentum. -Show the calculations that evidence the topics requested for the problem.

Answer #1

Present a problem situation (only one) in real life, where you
need mechanical physics
to solve it.
The problem raised must contain the following topics (all of them
in the same problem), without limiting yourself to this list:
1. Conservation of Mechanical Energy
2. Conservation of linear or two-dimensional momentum.
3. Conservation of angular momentum
Rubric to evaluate problem-based learning activities
PROBLEM-BASED
It shows a real situation, original and with a lot of
creativity.
It shows a detailed design of...

Pose a situation (only one) problematic of real life,
where you need mechanical physics to solve it. Situations similar
to those we have been working on in the previous
activities
The problem posed must contain the following topics,
without being limited to this list:
1. Vectors. Vectors and Scalar Quantities.
2. Two Dimensional Movement.
3. Movement with constant acceleration. Freefall
Rubric to evaluate problem-based learning activities
PROBLEM-BASED
It shows a real situation, original and with a lot of
creativity.
It...

Pose a problem situation of real life, where you need mechanical
physics to solve it.
The problem posed must contain the following topics, without
being limited to this list:
1. Conservation of Mechanical Energy.
2. Conservation of the linear or two-dimensional moment.
3. Conservation of the angular Moment.
I want this exercise with a bullet in a pendulum problem.
?Please make the best you can, well detailed and
explainedand.
Take your time, a day if necessary, it's for the University....

Present a problem situation in real life, where you need to use
Conservation of Mechanical Energy, Conservation of linear or
two-dimensional momentum, and Conservation of angular momentum.
I only need a problem that will use all three to solve it,
not a problem for each one.
Show detailed design of the situation, where it includes all
physical variables contemplated.
Shows the calculations that highlight the issues requested for
the problem

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