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DIFFERENTIATION OF FUNCTIONS
IA MARON|Exercise 2.6 (APPLICATION OF THE DERIVATIVE)|3 VideosDIFFERENTIATION OF FUNCTIONS
IA MARON|Exercise 2.7 (ADDITIONAL PROBLEMS)|7 VideosDIFFERENTIATION OF FUNCTIONS
IA MARON|Exercise 2.4 (DIFFERENTIATION OF INVERSE, IMPLICIT AND PARAMETRICALLY REPRESENTED FUNCTIONS)|2 VideosBASIC CLASSES OF INTEGRABLE FUNCTIONS
IA MARON|Exercise 5.8 INTEGRATION OF OTHER TRANSCENDENTAL FUNCTIONS|5 VideosIMPROPER INTEGRALS
IA MARON|Exercise 8.4 ADDITIONAL PROBLEMS|1 Videos
IA MARON-DIFFERENTIATION OF FUNCTIONS -2.5 (APPLICATION OF THE DERIVATIVE )
- Find the points on the curve y = x^(3) - 3x + 5 at which the tangent l...
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- Find the angles at which the following lines intersect: (a) the strai...
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- Prove that the segment of the tangent to the hyperbola y = (c )/(x) w...
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- Find the equations of the tangent and the normal to the following curv...
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- f(x) = 3x^(5) - 15x^(3) + 5x - 7. Find out at which of the points x th...
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- A point is in motion along a cubic parabola 12y = x^(3) . Which of its...
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- A body of mass 6g is in rectilinear motion according to the laws=-1+(t...
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- If the velocity of a body moving in a straight line is proportional to...
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- A raft is pulled to the bank by means of a rope which is wound on a dr...
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- (a) Find the slope of the tangent to the cube parabola y = x^(3) at t...
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- The velocity of a body in rectilinear motion is determined by the form...
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- The law of rectilinear motion of a body with a mass of 100 kg is s = 2...
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- If s=ae^(l) + be^(-t) is the equation of motion of a particle, then it...
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- A body is thrown vertically with an initial velocity of a m/sec. What...
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