8a. I know density is mass per unit volume. 8b. I know how to calculate the density of substances from measurements of mass and volume.
1. Justify how this project/activity/assignment meets the standard, using evidence from the standard itself to demonstrate your mastery and/or understanding.
I know how to calculate density of a substance suing mass by volume. Standard ask if we can calculate to find density and if we know what is density, this assignment was to calculate the density of a ship and how the density increase. I can conclude that this assignment connects to the standard because we had to calculate density using mass/volume.
I know how to calculate density of a substance suing mass by volume. Standard ask if we can calculate to find density and if we know what is density, this assignment was to calculate the density of a ship and how the density increase. I can conclude that this assignment connects to the standard because we had to calculate density using mass/volume.
2. Elaborate on at least 1 Science & Engineering Practice you feel you met/gained from completing this project.
I've gain 1 scientific skill and one engineering skill from this density lab. My knowledge of what is density and how to use it was extended in this assignment, I have a engineering knowledge of how ships are formed and calculated. Scientific skill I've gained was using density to calculate a matter, the formula of density will help me improve in physics when i study to become a physicist.
I've gain 1 scientific skill and one engineering skill from this density lab. My knowledge of what is density and how to use it was extended in this assignment, I have a engineering knowledge of how ships are formed and calculated. Scientific skill I've gained was using density to calculate a matter, the formula of density will help me improve in physics when i study to become a physicist.
3. Upon reflecting on your work/experience and/or score, what is ONE SEP you could have done better on? How will improving in this SEP benefit future work/projects? Give me next steps for improving in this SEP.
Upon reflecting this assignment, I've concluded that I lacked the numbers and formulas. Math formulas have always been difficult but the density proved to be simple, but what I did was lacked the numbers meaning I didn't finish the equations do to my lack of effort. Next time when we must use formulas as these I will focus and put more effort in completing them as they will help me in the future as I want to become a physicist. By improving I must finish the problem and watch carefully my numbers and calculations.
Upon reflecting this assignment, I've concluded that I lacked the numbers and formulas. Math formulas have always been difficult but the density proved to be simple, but what I did was lacked the numbers meaning I didn't finish the equations do to my lack of effort. Next time when we must use formulas as these I will focus and put more effort in completing them as they will help me in the future as I want to become a physicist. By improving I must finish the problem and watch carefully my numbers and calculations.
4. How will you presently apply the content and skills you learned from this assignment in the real-world, outside of the classroom? Make connections between the content and your life.
To become a physicists you must have knowledge in both science and math because it has to do with much formulas. Quantum physicists is the life I pursue for because you solve many of life biggest questions without using a religious method. Density is one of many formulas I will perform to master physics, this is why I feel the knowledge I have of density will support my knowledge in physics.
To become a physicists you must have knowledge in both science and math because it has to do with much formulas. Quantum physicists is the life I pursue for because you solve many of life biggest questions without using a religious method. Density is one of many formulas I will perform to master physics, this is why I feel the knowledge I have of density will support my knowledge in physics.