Fisica

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Sergio guerrero, Jose Aguilar, Nicole Longoria, Isaac Bazua 2.B

Measurements units

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Kinematics

uniform lineal motion and acceleration linear motion

measurements and units systems

Physics Jigspace

Scalar and Vectors

Steps1.- Identify vectors 2.- Calculate components 3.- Add components 4.- Calculate the magnitude of the resultant 5.-Calculate direction 6.- Define the vector

Vector components:Vx= v cos 0 -- Bx= (250km) cos 60° = 125km Vy= v sin 0 -- By= (250km) sin 60° = 216.5km Ax=-(12 m/s) cos 40°

VECTOR ·Force ·Displacement ·velocity

SCALAR·Mass ·Distance ·Speed

Scalar and Vector magnitudes

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Here are some examples of my Work

Physics and their contribution to the humanity

This was one of the activities that tried to investigate some inventions that have been made and their creators, describe them and how they helped improve the world.

Physics Jigspace

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Distance The height of an artist measuring 1.50m is equal to the height of the Eiffel Tower, only we would need 200 alexas (that's what the artist is called)

measurements and units systems

Temperature The temperature of a 59-degree furnace is equal to the highest temperature recorded in the Sahara Desert.

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The first thing you have to know before entering the topic is that the formulas and those that are in letters mean that it is a formula; Here are some formulas .

uniform lineal motion and acceleration linear motion

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The first thing you have to do is recognize that you want to get either distance, time, etc, for example we will take the speed , we have the meters and seconds, this you will divide for the speed (all this in Excel), then you will make a table with time and distance . We put in time the seconds, if I travel 345 in 53 seconds, you can put it up to 60 (this depends on the situation), you multiply that by the speed , and so you have your result, now you just select a graph that allows you to visualize it better and, ready, it has it. Here are some examples of this topic.

The branch of mechanics concerned with the motion of objects without reference to the forces which cause the motion.

Kinematics

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You use the formulas and perform them depending on what the problem asks you, like these examples, the more problems you do, the more you relate With the theme and it will make it much easier and less complicated to do them.

Now that you know the formulas, there are some exercises, which are using the formulas and sometimes convert them to m/s, m or seconds, it depends on Whatever the problem asks for …

Exercises examples

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measurements and units systems

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