Question

solve integral step by step with explanations of an integral with upper limit of 9 and lower of 4. (2-sqrt(x))/(3-x)

117

likes
583 views

Answer to a math question solve integral step by step with explanations of an integral with upper limit of 9 and lower of 4. (2-sqrt(x))/(3-x)

Expert avatar
Rasheed
4.7
110 Answers
$=\int _{-1}^{-6}-\frac{2-\sqrt{-u+3}}{u}du$
$=-\int _{-6}^{-1}-\frac{2-\sqrt{-u+3}}{u}du$
$=-(-\int _{-6}^{-1}\frac{2-\sqrt{-u+3}}{u}du)$
$=-(-\int _{-6}^{-1}\frac{2}{u}-\frac{\sqrt{-u+3}}{u}du)$
$=-(-(\int _{-6}^{-1}\frac{2}{u}du-\int _{-6}^{-1}\frac{\sqrt{-u+3}}{u}du))$
$=-(-(-2\ln(6)-(\sqrt{3}\ln(2-\sqrt{3})-2)))$
$=-2\ln(6)-\sqrt{3}\ln(2-\sqrt{3})+2$

Frequently asked questions (FAQs)
What is the measure of an angle formed by the bisector of a given angle if the measure of the given angle is 120 degrees?
+
What is the period of the trigonometric function f(x) = 2*sin(3x) + 4*cos(2x) ?
+
What is the length of the altitude of an isosceles triangle with base 10 cm and sides of length 8 cm?
+
New questions in Mathematics
A particular employee arrives at work sometime between 8:00 a.m. and 8:40 a.m. Based on past experience the company has determined that the employee is equally likely to arrive at any time between 8:00 a.m. and 8:40 a.m. Find the probability that the employee will arrive between 8:05 a.m. and 8:30 a.m. Round your answer to four decimal places, if necessary.
Write 32/25 as a percent
For a temperature range between 177 degrees Celsius to 213 degrees Celsius, what is the temperature range in degrees Fahrenheit.
A brass cube with an edge of 3 cm at 40 Β°C increased its volume to 27.12 cm3. What is the final temperature that achieves this increase?
3x+2/2x-1 + 3+x/2x-1 - 3x-2/2x-1
In a store there are packets of chocolate, strawberry, tutti-frutti, lemon, grape and banana sweets. If a person needs to choose 4 flavors of candy from those available, how many ways can they make that choice?
Find the measures of the sides of βˆ†KPL and classify each triangle by its sides k (-2,-6), p (-4,0), l (3,-1)
4X^2 25
If eight basketball teams participate in a tournament, find the number of different ways that first, second, and third places can be decided assuming that no ties are allowed.
-3(-4x+5)=-6(7x-8)+9-10x
A study reports the following final notation: F (3, 32) = 9.50, p < .05. How many total participants were involved in this study? Group of answer choices 34 32 36
Log5 625
. What will be the osmotic pressure of a solution that was prepared at 91Β°F by dissolving 534 grams of aluminum hydroxide in enough water to generate 2.784 ml of solution.
viii. An ac circuit with a 80 ΞΌF capacitor in series with a coil of resistance 16Ω and inductance 160mH is connected to a 100V, 100 Hz supply is shown below. Calculate 7. the inductive reactance 8. the capacitive reactance 9. the circuit impedance and V-I phase angle ΞΈ 10. the circuit current I 11. the phasor voltages VR, VL, VC and VS 12. the resonance circuit frequency Also construct a fully labeled and appropriately β€˜scaled’ voltage phasor diagram.
Two particles of electrical charges Q1=3.8Γ—10-⁢C and q,=4.4Γ—10-⁢C are separated in vacuum by a distance of 4.0.10-⁸ m. Since K=9.0.10⁹ N.mΒ²/CΒ², the intensity of the interaction force between them, in newtons, is?
A company has had the following data for two consecutive years. Total, asset item 3,100,500 euros 3,300,550 euros. Net amount of business figures 4,755,250 euros /5,100 euros Average number of workers employed during the year 64/70 You can present a balance sheet in an abbreviated form
7- A printing company found in its investigations that there were an average of 6 errors in 150-page prints. Based on this information, what is the probability of there being 48 errors in a 1200-page job?
If sin A=0.3 and cos A=0.6, determine the value of tan A.
A confidence interval for a population mean has a margin of error of 3.5. a. Determine the length of the confidence interval. b. If the sample mean is 47.8 ​, obtain the confidence interval. a. The length of the confidence interval is?
Find the orthogonal projection of a point A = (1, 2, -1) onto a line passing through the points Pi = (0, 1, 1) and P2 = (1, 2, 3).