Definition, Characteristics and Formulas of Regular Straight Motion
Definition, Characteristics, and Formulas of Irregular Straight Motion and Its Examples in Complete - On previous occasions we have discussed about Irregularly Changing Straight Motion (GLBB) and on this occasion here will review about Irregular Straight Motion (GLB) in full. Therefore, let us consider the review below.
Definition of Regular Straight Motion (GLB)
GLB is as a motion of an object with a fixed speed. Speed is fixed which means either large or fixed direction. For example, a car moves at a fixed speed of 80 km / hour. Which means, the car can travel a distance of 80 km in 1 hour. When the speedometer needle in the car still shows 80 km / hour, which means the car is moving at a constant speed, because the speed of a fixed object, then the word speed can be replaced with speed.
The velocity at GLB is determined by the following equation:
Information:
v = average speed (m / s)
s = total mileage (m)
t = time lapse (s)
Characteristics of Regular Straight Motion (GLB)
An object is said to be moving in a straight line if it shows the following characteristics:
On a path in the form of a straight line or can still be considered as a straight line
At a fixed or constant speed of an object
Has no acceleration (a = 0)
At the length of the trajectory traveled is equal to the area of the v-vs-t graph
At speed is directly proportional to displacement and inversely proportional to time.
Regular Straight Motion Formula (GLB)
S = v x t
V = s / t
Information:
V = speed
s = distance
t = time
Example questions about Regular Straight Motion (GLB)
Ari ran 60 meters in 10 s. How big is Andi's running speed ??
Settlement;
Known: s = 60 m
t = 10 s
Asked: v = ..?
Answer: v = s / t
= 60 m / 10 s
= 6 ms-1
So, the speed of Andi 60 ms-1.
That's a review of the Definition, Characteristics, and Formulas of Irregular Straight Motion along with Complete Examples. Hopefully what is reviewed above is useful for the reader. That is all and thank you.