Your answer is D. This cannot be determined from the scatter plots.
You multipy 7/8 and 6 and then simplify if needed to get how long it will take
Answer:
The error that might occur is
Step-by-step explanation:
Given
Required
Determine the error that might occur in the volume of the tumor
Given that there's an error in measurement, this question will be solved using the concept of differentiation;
First, we'll rewrite the given parameters in differentiation notations;
--- Radius
--- Change in measurement
--- Volume as a function of radius
The relationship between the above parameters is as follows;
This can be rewritten as
Substitute for
Multiply both sides by dr
Differentiate
Substitute the values of r, dr and take as 3.142
<em>(Approximated)</em>
Hence, the error that might occur is ±0.123
Answer:
steps below
Step-by-step explanation:
sin(2x) +cos(2x)=1+sin(x)
2sinxcosx + (1 - 2sin²x) = 1 + sinx
(2sinxcosx - 2sin²x) +1 = 1 + sinx
2sinx(cosx-sinx) + 1 = 1 + sinx .. minus 1 both side
2sinx(cosx-sinx) = sinx ... sinx ≠ 0, divide sinx both side
2(cosx-sinx) = 1
Answer:
π/4, 3π/4
Step-by-step explanation:
3tanx = 3
tanx = 1
Basic angle: π/4
x = π/4
x = π + π/4 = 3π/4