Velocity = length travelled per unit of time = (L)/(T)
In other words, in the equation of motion of a particle traveling at a uniform velocity(V) for a time (T), the distance travelled would be L = VT.
Velocity is distance divided by time. For example meters per second (SI system) or inches per second (US units),or miles per hour, etc.
It really depends on what base units you decide to use. Using the base units that are usual in the SI, the dimensions of speed, as well as velocity, are distance / time.
Critical Velocity has the same dimensions as of velocity & terminal velocity. [L/T]
Both are vectors. But acceleration and velocity have different dimensions. Acceleration is defined as the rate of change of velocity.
It should be noted that an acceleration is not a velocity. Velocity is defined as distance per unit rate; thus, it has dimensions of length/time. Acceleration is defined as change of velocity per unit rate; thus, its dimensions are velocity / time, i.e., (length/time) / time.
horizontal velocity
angular velocity (omega) = theta/time taken theta is dimensionless i.e. it has no dimensions therefore, the diemnsion of angular velocity is 1/T=T^-1
Critical Velocity has the same dimensions as of velocity & terminal velocity. [L/T]
They are not alike but they are related. A positive acceleration means an increase in velocity (speed). A negative acceleration means a decrease in velocity. Velocity (speed) has the dimensions of distance / time. Acceleration has the dimensions of distance/time2 or velocity/time.
Both are vectors. But acceleration and velocity have different dimensions. Acceleration is defined as the rate of change of velocity.
velocity distends and altotoot
It should be noted that an acceleration is not a velocity. Velocity is defined as distance per unit rate; thus, it has dimensions of length/time. Acceleration is defined as change of velocity per unit rate; thus, its dimensions are velocity / time, i.e., (length/time) / time.
If movement is in two dimensions: the x-coordinate of the velocity, and the y-coordinate of the velocity. Or alternatively: the magnitude of the velocity, and the direction. If movement is in three dimensions, you need to know three things, for example, x-coordinate, y-coordinate, and z-coordinate of the velocity, or magnitude of the velocity and two components of direction.
horizontal velocity
Each term in the equation has dimensions of velocity-squared (remember "a" here is acceleration which is velocity divided by time, so "as" is velocity x distance / time = velocity squared).
angular velocity (omega) = theta/time taken theta is dimensionless i.e. it has no dimensions therefore, the diemnsion of angular velocity is 1/T=T^-1
Velocity by itself is not an energy - it has different dimensions. Any object that moves has kinetic energy - calculated as KE = 0.5 x mass x velocity2.
Velocity is a vector: it has a direction. The others are all scalars. The dimensions of the scalars are Speed : [LT-1] Time: [T] Distance: [L]
In physics, "velocity" is defined as a vector. That means that you either need to know:The magnitude of the velocity and the direction, orThe vector's components. For example, in two dimensions, you would need the x-component and the y-component.