Independent work RFEI Mathematics №3 20 tasks
Replenishment date: 14.06.2013
Content: matematika_samost_3_20_z.rar (185.93 KB)
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Description
Independent work number 3 Mathematics 20 assignment.
Answers to 20 tasks are given, in the form of a table.
All tasks are contained in a separate file.
Tasks for comparison:
1. Find the limit ...
2. Find the limit ...
...
6. Find the derivative of the function y = 6-cos x.
7. What is the second derivative of the function y = sin3x?
8. Find the derivative of the function y = cos2x + e2x at the point x = 0.
9. What is the slope of the tangent to the curve y = 5-6x + x2 at the point x0 = 2?
10. If the function has a positive derivative on some interval, then the function
A) increases in this interval;
B) decreases in this interval;
B) is constant on this interval
11. Make the equation of the tangent to the curve y = x3 - 2x at the point x0 = 2.
12. Find the intervals of decreasing function ...
...
19. The body makes a motion described by the law S (t) = 6t2-12t. What will be the speed of the body at time t0 = 2c ...
20. The formula for calculating the volume of a body of revolution with respect to the Ox axis has the form ...
Answers to 20 tasks are given, in the form of a table.
All tasks are contained in a separate file.
Tasks for comparison:
1. Find the limit ...
2. Find the limit ...
...
6. Find the derivative of the function y = 6-cos x.
7. What is the second derivative of the function y = sin3x?
8. Find the derivative of the function y = cos2x + e2x at the point x = 0.
9. What is the slope of the tangent to the curve y = 5-6x + x2 at the point x0 = 2?
10. If the function has a positive derivative on some interval, then the function
A) increases in this interval;
B) decreases in this interval;
B) is constant on this interval
11. Make the equation of the tangent to the curve y = x3 - 2x at the point x0 = 2.
12. Find the intervals of decreasing function ...
...
19. The body makes a motion described by the law S (t) = 6t2-12t. What will be the speed of the body at time t0 = 2c ...
20. The formula for calculating the volume of a body of revolution with respect to the Ox axis has the form ...
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