can you compare and contrast the two physic terms Motion What familiarity and prior knowledge do you have about the term Familiarity Prior Knowledge My familiarity with the term motion deals with the motion of an object traveling in a direction I have played sports that deal with the motion of people and an object I have also been on numerous rollercoasters in different theme parks that travel in many directions What does the term mean in everyday language to everyday people Use examples to help describe your thoughts How do people use the word Everyday Language In everyday language, the term motion means to move It is the difference between staying still and changing position Examples of motion that people use every day are playing a sport, exercising, driving a car, or even breathing A person could be getting up from their seat or pacing the floor and is in motion What does the term mean in technical language to physicists Technical Language The term motion in technical language means an object's position changes over time It can be described in terms of distance, displacement, acceleration, velocity, speed, and time Motion mostly follows a curved path instead of a straight one Motion on a curved path on a flat plane is two or three dimensional Motion isn't confined to a plane, so it is considered three dimensional kinematics How is the term related to the course student learning outcome Describe motion, qualitatively and quantitatively, using concepts of kinematics Relation to the Course The one dimensional direction of motion can be given by using a plus or minus sign However, in two dimensional, it is described in two different directions, horizontal and vertical Two and three dimensional kinematics is an extension of one dimensional kinematics we learned in the last chapter that deals with motion in a straight line When a person breathes, this is also considered motion This is because it involves a change in position when the air enters and exits our lungs What are the similarities and differences between the everyday and technical meanings and uses of the term Similarities and Differences The difference between the everyday and technical meaning of the term is specificity In everyday terms, we usually speak of motion correctly but not as specifically as physicists do Similarly, we talk about a two dimensional path in everyday language but not as specifically We would say, To get to the restaurant from my apartment, I walked five blocks Instead, we should say more specifically in terms of the vertical and horizontal direction, To get to the restaurant from my apartment, I walked three blocks east and two blocks north Also, in terms of two dimensional motion, the vertical and horizontal aspects are independent of each other What impact might the similarities and differences have on your learning of physics concepts in this course Impact of Similarities and Differences The similarities' impact on learning is that it helps to have an already established understanding of the term However, the term is more complicated and needs a more in depth understanding Trajectory What familiarity and prior knowledge do you have about the term Familiarity Prior Knowledge My familiarity with the term trajectory is related to sports I have played multiple sports, including soccer, where I played the position of a forward The role of this position was to score goals by kicking a soccer ball into a net What does the term mean in everyday language to everyday people Use examples to help describe your thoughts How do people use the word Everyday Language The term in everyday language means the path a moving object follows This can be seen by many different paths of an object, including a baseball being thrown by a pitcher or a plane flying in the air Regarding a soccer ball, someone might say, The goal was not made because the soccer ball was deflected from its trajectory What does the term mean in technical language to physicists Technical Language The term trajectory technically means the path of a projectile through the air How is the term related to the course student learning outcome Describe motion, qualitatively and quantitatively, using concepts of kinematics Relation to the Course In relation to the course, a trajectory is used to find the path of a projectile A projectile is an object, and the trajectory is the path it follows under the action of gravity Quantitatively, trajectory helps find the gravity that has acted on an object What are the similarities and differences between the everyday and technical meanings and uses of the term Similarities and Differences The similarity when speaking of the term trajectory is many times, people talk about the path an object is moving However, the difference between this and the technical term is people do not use the term in reference to an object flying or in the air What impact might the similarities and differences have on your learning of physics concepts in this course Impact of Similarities and Differences Learning about the term trajectory could be a little confusing due to the differences in everyday and technical language After understanding the differences, it is not difficult to understand the term trajectory (phy Alana)

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can you compare and contrast the two physic terms? Motion: What familiarity and prior knowledge do you have about the term? Familiarity/Prior Knowledge: My familiarity

can you compare and contrast the two physic terms?

Motion:

What familiarity and prior knowledge do you have about the term?
Familiarity/Prior Knowledge: My familiarity with the term motion deals with the motion of an object traveling in a direction. I have played sports that deal with the motion of people and an object. I have also been on numerous rollercoasters in different theme parks that travel in many directions.
What does the term mean in everyday language to everyday people? Use examples to help describe your thoughts. How do people use the word?
Everyday Language: In everyday language, the term motion means to move. It is the difference between staying still and changing position. Examples of motion that people use every day are playing a sport, exercising, driving a car, or even breathing. A person could be getting up from their seat or pacing the floor and is in motion.
What does the term mean in technical language to physicists?
Technical Language: The term motion in technical language means an object's position changes over time. It can be described in terms of distance, displacement, acceleration, velocity, speed, and time.Motion mostly follows a curved path instead of a straight one. Motion on a curved path on a flat plane is two or three-dimensional.Motion isn't confined to a plane, so it is considered three-dimensional kinematics.
How is the term related to the course student learning outcome? Describe motion, qualitatively and quantitatively, using concepts of kinematics.
Relation to the Course: The one-dimensional direction of motion can be given by using a plus or minus sign. However, in two-dimensional, it is described in two different directions, horizontal and vertical. Two- and three-dimensional kinematics is an extension of one-dimensional kinematics we learned in the last chapter that deals with motion in a straight line. When a person breathes, this is also considered motion. This is because it involves a change in position when the air enters and exits our lungs.
What are the similarities and differences between the everyday and technical meanings and uses of the term?
Similarities and Differences: The difference between the everyday and technical meaning of the term is specificity. In everyday terms, we usually speak of motion correctly but not as specifically as physicists do. Similarly, we talk about a two-dimensional path in everyday language but not as specifically. We would say, "To get to the restaurant from my apartment, I walked five blocks." Instead, we should say more specifically in terms of the vertical and horizontal direction, "To get to the restaurant from my apartment, I walked three blocks east and two blocks north." Also, in terms of two-dimensional motion, the vertical and horizontal aspects are independent of each other.
What impact might the similarities and differences have on your learning of physics concepts in this course?
Impact of Similarities and Differences: The similarities' impact on learning is that it helps to have an already established understanding of the term. However, the term is more complicated and needs a more in-depth understanding.

Trajectory:

What familiarity and prior knowledge do you have about the term?
Familiarity/Prior Knowledge: My familiarity with the term trajectory is related to sports. I have played multiple sports, including soccer, where I played the position of a forward. The role of this position was to score goals by kicking a soccer ball into a net.
What does the term mean in everyday language to everyday people? Use examples to help describe your thoughts. How do people use the word?
Everyday Language: The term in everyday language means the path a moving object follows. This can be seen by many different paths of an object, including a baseball being thrown by a pitcher or a plane flying in the air. Regarding a soccer ball, someone might say, "The goal was not made because the soccer ball was deflected from its trajectory."
What does the term mean in technical language to physicists?
Technical Language: The term trajectory technically means the path of a projectile through the air.
How is the term related to the course student learning outcome? Describe motion, qualitatively and quantitatively, using concepts of kinematics.
Relation to the Course: In relation to the course, a trajectory is used to find the path of a projectile. A projectile is an object, and the trajectory is the path it follows under the action of gravity. Quantitatively, trajectory helps find the gravity that has acted on an object.
What are the similarities and differences between the everyday and technical meanings and uses of the term?
Similarities and Differences: The similarity when speaking of the term trajectory is many times, people talk about the path an object is moving. However, the difference between this and the technical term is people do not use the term in reference to an object flying or in the air.
What impact might the similarities and differences have on your learning of physics concepts in this course?
Impact of Similarities and Differences: Learning about the term trajectory could be a little confusing due to the differences in everyday and technical language. After understanding the differences, it is not difficult to understand the term trajectory.(phy Alana)