Drag Equation

Drag Equation calculator to free to use tool and its an web based tool and this is really a nice tool.

Input data

$$Density\ of\ fluid=1000 \ kg/m^3$$ $$Velocity = 0.3\ m/s$$ $$Drag\ coefficient= 0.82$$ $$Area= 1\ m^2$$

Solution :

$$Drag\ Force = 36.9\ N$$


$$Fd = 1/2 * ρ * u² * A * Cd$$ where
Fd is the drag force.
ρ is the liquid's density,
u is the relative velocity,
A is the reference area,
Cd is the drag coefficient.

How to use this Drag Equation calculator?

Drag Equation calculator to free to use tool and its an web based tool and this is really a nice tool.  This tool can be so helpful for so many students and this tool can be used from anywhere in the world. 

This  is so quick and it can solve your problem  so quickly. It takes so many time to solve any problem manually. This our calculator work really well and quicker.

There are so many student and now days our education system also have goon online so that in this case tool is really well.  Some time when we try t o solve our problem manually then we even forget the formula but while you use this tool you don’t have to do anything like that you can just come and input the value and you’ll be good to go use this tool. 

We always want to solve our problem so we really fast and this tool will help you to do that and even if you don’t have knowledge about this topic then still you will be able to use this tool. 

What is Drag Equation Calculator?

Suppose if an object move through any fluid then, then it encounters an resisting force, that is called the drag Force. And the force value depends on the Size and shapes of the object that Is moving though the object. And also its depends on the density of fluid and relative velocity of the object and also fluid.

Here is the equation of the Drag 

Fd = 1/2 * ρ * u² * A * Cd 


Fd is the drag power. 

ρ is the fluid's thickness, 

u is the relative speed, 

An is the reference zone, 

Cd is the drag coefficient. 

The reference zone A for an object of a straightforward shape is the cross-sectional zone symmetrical to the heading of the movement. For instance, for a circle of span r, we would just take A = π * r². For an object of a more convoluted shape, similar to a vehicle, the reference zone is more hard to indicate, yet as a rule, it's bigger than the cross-sectional region. 

How to use this Drag Equation calculator?

Using this Drag Equation tool is really simple and this tool is more easy to use. You just have to follow some very simple steps and then you are good to go and you are ready to use this tool.

As you can see you have the tool where you have text box and some all other option available.

So in text you can enter your value and also you can double check so that you don’t make any mistakes and this can be great if you will do it. 

After that you can simply click on the calculate box and then you will be able to get the answer. This is all you have to do. 

We also have provided  an example how to and where you should have to enter your which equation value.

Tips: you can also bookmark this tool and then you will be really great and this can be an good option for you so that you will be able to use this tool directly from your desktop browser and you don’t even have to search for it and your time will be saved from doing that.


Q. What Is Drag Equation Calculator?

A. Suppose If An Object Move Through Any Fluid Then, Then It Encounters An Resisting Force, That Is Called The Drag Force