0.3999999999999999
Integrating x3 + 4x - 3.6 will give an expression for the area under the curve; then, given limits, the actual area can be calculated. So, to find the area under that curve bounded by x=a and x=b (and the x-axis, y=0), evaluate the definite integral:
a∫b x3 + 4x - 3.6 dx = [x4/4 + 2x2 - 3.6x]ab
= [(b4/4 + 2b2 - 3.6b) - (a4/4 + 2a2 - 3.6a)]
which would then be evaluated for the given values of a & b.
105 squared plus 8 cubed is equal to 11,537.
(x + y)(x + y)(x + y)
no
a(a^2 + 1)
(y + 27)(y^2 - 27y + 729)
It is 0.9955 of the total area.
95%
95
The derivative of x3-2x+5 is 3x2- 2. This is its slope at a point x,y.
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9y cubed plus 2y squared
2 cubed = 2*2*2 =8. 8+8+8= 24
3 cube =27 4 cube =64 5 cube =125 6cube=216 so 3 cubed + 4 cubed + 5 cubed = 6 cubed
105 squared plus 8 cubed is equal to 11,537.
(x + y)(x + y)(x + y)
(a+b)(a squared-ab+b squared)
(2a + c)(4a2 - 2ac + c2)