Option 26 DHS 6.2
Content: 6.2v26.pdf (49.61 KB)
Uploaded: 10.10.2023
Positive responses: 0
Negative responses: 0
Sold: 0
Refunds: 0
Seller: Chelovek10000
information about the seller and its items
Loyalty discount! If the total amount of your purchases from the seller more than:
| $5 | the discount is | 3% |
| $10 | the discount is | 5% |
| $20 | the discount is | 10% |
$1.18
DHS - 6.2
Find y´ and y. "
No. 1.26. x³ + y³ = 5x.
Find y´ and y. "
No. 2.26. {x = ³√ (t-1) ²; y = √t-1.
No. 3.26. For a given function y and argument x0, calculate y ‴ (x0); y = (4x-3) ^ 5; x0 = 1.
No. 4.26. Write the formula for the derivative of the nth order for the function y = x exp (6x);
No. 5.26. Find a point on the curve y = 3x²– 5x - 11; the tangent in which is parallel to the line x - y + 10 = 0.
No. 6.26. The law of motion of a material point in a straight line is given by the formula S = t³ / 3 - t² / 2 - 30t + 18. At what point in time the velocity of the point will be zero.
Find y´ and y. "
No. 1.26. x³ + y³ = 5x.
Find y´ and y. "
No. 2.26. {x = ³√ (t-1) ²; y = √t-1.
No. 3.26. For a given function y and argument x0, calculate y ‴ (x0); y = (4x-3) ^ 5; x0 = 1.
No. 4.26. Write the formula for the derivative of the nth order for the function y = x exp (6x);
No. 5.26. Find a point on the curve y = 3x²– 5x - 11; the tangent in which is parallel to the line x - y + 10 = 0.
No. 6.26. The law of motion of a material point in a straight line is given by the formula S = t³ / 3 - t² / 2 - 30t + 18. At what point in time the velocity of the point will be zero.
No feedback yet