Are statictics fluctuations in the measured data due to the precision limitations of the measurement device.

Decimal based system of unit which was proposes by in France by ______

Production, nature and properties of light

Examples of physical quantity

On motion and the forces that affects it

Types of mechanics

Number of times the decimal points is koved. It can be a positive of negative

Study of all properties of solid materials, including electrical conduction in crystals of semiconductors and metals,

If the figures to be dropped is five or greater than 5, increase by one the value of the last figure to be retained

Establish by the French academy of sciences in 1791

Estimated error in recording a data

∆d stand for _____

Decimal based system of units

In displacement "d2" stand for ______

Unit and symbol of MASS

Method of writing or expressing very large or very small numbers into its exponential form

Study of matter and energy

SI stands for _____

Length of the foot (30.48)

Unit and symbol of LENGTH

Used in a context of measurement

System of measurement

On motion without regard to its cause

Examples of standard unit based on body parts

Known as the British gravitational system

Reflection and refraction of light

The single zero conventionally placed to the left of a decimal points in such an expression in never significant It is used to locate the decimal points

Properties of electric current and magnetism

Distance between the fingertips of two arms help straight (6ft or 1.8 cm)

Refers to how close it is likely to be the true value, by writing the number and symbol

Unit and symbol of THERMODYNAMIC TEMPERATURE

A process that uses a well defined and agreed upon referent to describe standard unit

0.007347

The triangle sign ∆ is a Greek word letter "delta" and is used to represent _______

Production and propagation of sound waves

Use international system of units

Study of fourth state of matter

Path is called

In displacement "delta d" or (∆d) is for

The measurement with a caliper has a ______________

Study of forves acting on bodies whether at rest or in motion

Number greater than or equal to one but less than ten

Unit and symbol of ELECTRIC CURRENT

in displacement d is for

Examples is solid, liquid and gas Extention of solid state physics

Object that is thrown called

Distance from the end of the elbow to the fingertip (18 in or 46 cm)

Any number that is used to describe a physical phenomenon quantitatively is called

The answer must contain the same number of significant figures as the term with the least number of significant figures

On the part played by light in vision

Examples of Vector

Uncertainty is also called _______

Traditional topic

Study of phenomena that take place in a frame of reference that is in motion with respect to an observer

The answer must contain the same number of decimal places as the term with the least number of decimal

End joint of the thumb (uncia)

Relationship of heat and other forms of energy

How many significant 14657.3

The process of combining or adding two or more vectors to give a single vector is called

Measured by direct method

A physical quantities with magnitude (size) only

Unit and symbol of charge

Form of Scientific notation

Precision is also called as

A change in position, which has both magnitude and direction.

They comprise all digits that are known with certainly plus the first digit that is uncertain. The position of the decimal point is relevant

Study of the components, structure, and behavior of nucleus of the atom

Area, volume, speed, pressure, density, specific heat

3 fundamental physical quantities

On forces action on bodies at rest

Also called as r"epeatability' refers to the closeness of two or more measurement to each other

Standard units as based on body parts

Formulated based from the fundamental quantities

Study of the production and maintenance of the temperature down to almost absolute zero

Study if the discrete nature of phenomena at the atomic and subatomic levels

Branches of Physics

Meaning of fusis or physikos

Known as British Gravitational System

Unit and symbol of LUMINOUS INTENSITY

Study of light

Types of classical physics

Concerned with the behavior of matter and energy under EXTREME conditions

An object that is thrown in a curve oath with the effects of gravitational field invoves motion in two dimensions

Types of modern physics

Matter and energy under normal conditions

In displacement "d1" stand for ______

Examples of scalar quantities

1.00006017

Temperature (k), charge (c), amount of substance (mol), light intensity (cd), electric surrent (A)

Types of optics

Physics is the study of _____

Greek word of Physics

Distance from the tip of the nose to the end of the middle finger (3ft or 0.9144)

Kinds of measurable quantities

A unit conversion factors that is used to convert a quantity in one system of units to corresponding quantity in another system of units

Started before the beginning of 20th century

Unit and symbol of TIME

Errors are reproducible inaccuracies that are consistently in the same direction

Physical quantity with a magnitude and direction