Question

la magnitud es toda propiedad que se puede medir
ej: velocidad, volumen, masa y longitud

• magnitudes: fundamentales, son fundamentales por que se deriban todas las demas.

derivadas: son las que se obtienen con la convinacion adecuada de las magnitudes fundamentales.

3-ejemplos de cada magnitud
fundamentales: masa, tiempo, longitud
derivadas: velocidad, densidad, volumen.

4medicion: es el proceso por el cual se asigna un número a una propiedad física de algún cuerpo o fenomeno con el proposito de comparación

Explanation:

Transcribe and translate definitions

We analyze the handwritten text in Spanish and translate each numbered concept into English.

1. La magnitud es toda propiedad que se puede medir.

Ej: velocidad, volumen, masa y longitud.
Translation: Magnitude (Physical Quantity) is any property that can be measured.
Examples: velocity, volume, mass, and length.

1. Magnitudes:

• Fundamentales: son fundamentales por que se derivan todas las demás.
• Derivadas: Son las que se obtienen con la combinación adecuada de las magnitudes fundamentales.

Translation: Quantities:

• Fundamental: they are fundamental because all others are derived from them.
• Derived: They are those obtained by the appropriate combination of fundamental quantities.

1. Ejemplos de cada magnitud:

• Fundamentales: masa, tiempo, longitud.
• Derivadas: velocidad, densidad, volumen.

Translation: Examples of each quantity:

• Fundamental: mass, time, length.
• Derived: velocity, density, volume.

1. Medición: es el proceso por el cual se asigna un número a una propiedad física de algún cuerpo o fenómeno con el propósito de comparación.

Translation: Measurement: is the process by which a number is assigned to a physical property of some body or phenomenon for the purpose of comparison.

Structure the conceptual summary

We organize the translated concepts into a clear, structured study guide to help the student master these foundational physics definitions.

Answer:

Here is the English translation and structured summary of the physics concepts written in your notebook:

1. Physical Quantity (Magnitud)

A physical quantity is any property of a phenomenon, body, or substance that can be measured quantitatively.

• Examples: Velocity, volume, mass, and length.

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2. Classification of Quantities (Magnitudes)

Physical quantities are classified into two main categories:

• Fundamental Quantities (Magnitudes Fundamentales): These are independent base quantities from which all other physical quantities are derived.
• Derived Quantities (Magnitudes Derivadas): These are quantities defined and obtained through the mathematical combination of fundamental quantities.

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3. Examples

• Fundamental Quantities: Mass, time, length.
• Derived Quantities: Velocity, density, volume.

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4. Measurement (Medición)

Measurement is the process of comparing a physical property of an object or phenomenon with a predefined standard unit to assign a numerical value to it.