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My Calculus teacher from high school. This is the last year in his oh-so-memorable room, so I decided to document it.
Strobist:
1/2 pwr SB600 camera right
2 1/4 pwr lumopros angled behind subject at each side
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This shot is all about the symmetry in the land and clouds, I thought it was pretty cool.
Thanks calculus!!
Who invented calculus? math topic Calculus is the branch of mathematics, which refers few important points like: limits, functions, derivatives, integrals etc. Calculus can be classified into two branches Differential Calculus and integral calculus.Calculus is known as infinitesimal calculus which deals with the Integration and differentiation and tasks related to this.
This is another example of using calculus on a motion equation where a is not equal to a0 at all times.
At the top left, I've written the equation that Google Sheets gave me for the Angry Bird's motion. This is a best fit parabola that takes into account the errors in all data points, so it's the best description of what the bird was doing.
We took the derivative to get a velocity function. Note that this came out linear
We took the derivative again to get an acceleration function. Note that this came out constant, with the value -9.074. In other words, the bird had a constant acceleration of -9.074.
Tracking back, we see that -9.074 in the velocity equation. So that term must be acceleration. Since the constant term in this equation must be a velocity, it's the original velocity. So apparently the equation for velocity at any time is v=v0+at.
Tracking back further, we see that the -9.074 isn't in the position equation, but half of it is. Also, the original velocity is there too. This gives us the position equation y=(1/2)at^2 + v0t + y0.
These two equations can be used to describe the velocity and position not just of this bird, but of ANY objects with constant acceleration like that which gravity gives.
For the record, the accepted value of the acceleration of gravity is -9.8 m/s/s. There was some experimental error in my measurement.