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Difference between integral and differential calculus?
Differential calculus is concerned with finding the slope of a curve at different points. Integral calculus is concerned with finding the area under a curve.
Why is calculus so interesting?
Because calculus applications are almost infinite. In fact, every branch of science uses calculus : physics, chemistry, biology, social studies, economics, etc. Calculus is a universal language that can be used to answer bunches of questions. Using calculus, you can solve various problems including the acceleration of planets in orbit, the kinetic energy of a car in motion, the equivalence point of a chemical reaction, the maximal profit a business can make, the lenght of any curved figure or the area and volume of eccentrical shapes, the electric field produced by a charged object, ... Calculus is interesting because you can use it everywhere!
How would you calculus surface area to volume ratio?
The answer will depend on shape in question.
How is calculus used in physics?
Physics is an especially heavy user of the calculus: mechanics, electromagnetism, acoustics, optics. Richard Feynman was known for his great facility in this area of mathematics.
Why does calculus work?
becasue it was designed cleverly and the area of a rectange is width times height
What is the area of a cricket ground in acres?
A minimum of 3.5 acres in area, for diameter of 137 m
How do you find the area of a bound figure using calculus?
Integrate between the bounds.
What is the cricket ground area?
Minimum 70 meters from the Pitch.
What are figures are used to find the area using calculus?
To estimate area enclosed between the x-axis and a curve on a certain bounded region you can use rectangles or parallelograms.
why do you use calculus?
There are lots of practical applications of calculus; you can some in the Wikipedia article on "Calculus". Here are some interesting applications: find the maximum or minimum of a function; find the area of arbitrary 2-D shapes or the volume of arbitrary 3-D shapes; analyze the shape of curves represented by mathematical relations; calculate physical quantities such as energy, moment of inertia, center of mass and others (this is related to calculating the area of arbitrary shapes), and others.
What is the size of cricket wicket?
The playing area shall be a minimum of 150 yards (137.16 metres) from boundary to boundary square of the pitch, with the shorter of the two square boundaries being a minimum 65 yards (59.43 metres). The straight boundary at both ends of the pitch shall be a minimum of 70 yards (64.00 metres). Distances shall be measured from the centre of the pitch to be used. In all cases the aim shall be to provide the largest playing area, subject to no boundary exceeding 90 yards (82.29 meters) from the centre of the pitch to be used.
How many area calculations do you have to make when using a graph to determine how far a car traveled during a specific time during a specific time during acceleration?
The only true answer is: The more area slices you make, the more accurate your answer will be. When you get to calculus, you'll discover that differential calculus is a process that works out to be the equivalent of an infinite number of area calculations, so that the answer is exact.
Difference between integral and differential calculus?
Differential calculus is concerned with finding the slope of a curve at different points. Integral calculus is concerned with finding the area under a curve.
How does calculus impact your society?
The biggest impact I think of: Calculus is how people invented the formulas to get the volume and surface area of spheres/cones/pyramids.
Does cricket wireless only give service to one area code?
No, Cricket Wireless offers service in several area codes.
What is something to do with cricket starting with e?
end - the area from which the bowler delivers the cricket ball
Why is calculus so interesting?
Because calculus applications are almost infinite. In fact, every branch of science uses calculus : physics, chemistry, biology, social studies, economics, etc. Calculus is a universal language that can be used to answer bunches of questions. Using calculus, you can solve various problems including the acceleration of planets in orbit, the kinetic energy of a car in motion, the equivalence point of a chemical reaction, the maximal profit a business can make, the lenght of any curved figure or the area and volume of eccentrical shapes, the electric field produced by a charged object, ... Calculus is interesting because you can use it everywhere!
