Constant Acceleration
Quantities of Constant Acceleration Calculus
The quantities of constant acceleration calculus are shown in the Table 1.
The acceleration has unit meters divined by second to power of two, [m/s2]. The s2 in the denominator is the second to power of two, that can be written also s2 = s × s. The power (potency) tells how many times
is multiplied by itself.
A typical example of motion with constant acceleration is free fall. If air resistance is
not taken into account all objects fall with constant acceleration, that is on Earth on average of 9,81
m/s2. Symbol g is used with the gravitational acceleration and with formulas even the a is the general symbol for acceleration it is replaced with the g in formulas in case of gravitational acceleration.
Picture Pixabay.
The acceleration has unit meters divined by second to power of two, [m/s2]. The s2 in the denominator is the second to power of two, that can be written also s2 = s × s. The power (potency) tells how many times
is multiplied by itself.
A typical example of motion with constant acceleration is free fall. If air resistance is
not taken into account all objects fall with constant acceleration, that is on Earth on average of 9,81
m/s2. Symbol g is used with the gravitational acceleration and with formulas even the a is the general symbol for acceleration it is replaced with the g in formulas in case of gravitational acceleration.
Picture Pixabay.
Formulas
Examples of calculus
Here are examples of calculus with constant acceleration.
