Question

In: Advanced Math

Which one of the improper integrals below converges or diverges? [int _a ^b] means integral from...

Which one of the improper integrals below converges or diverges?
[int _a ^b] means integral from a to b, we use inf to indicate infinity.

a) [int _0 ^1] 1/x dx
b) [int _0 ^1] 1/x^(1/2) dx
c) [int _0 ^1] 1/x^2 dx

d) [int _1 ^inf] 1/x dx
e) [int _1 ^inf] 1/x^(1/2) dx
f) [int _1 ^inf] 1/x^2 dx

g) [int _1 ^inf] lnx / x^2 dx
h) [int _1 ^inf] lnx / x dx

i) [int _(-inf) ^inf] 1/(1+x^2) dx
j) [int _1 ^inf] exp(-x^2) dx
k) [int _1 ^inf] (sinx / x )^2 dx
l) [int _2 ^inf] 1 / sqrt(x^2 - 1) dx
m) [int _0 ^Pi/2] tanx dx

Solutions

Expert Solution

Thumbs Up


Related Solutions

If the sequence is increasing then it a) converges to its supremum b) diverges c) may...
If the sequence is increasing then it a) converges to its supremum b) diverges c) may converge to its supremum d) is bounded if S= { 1/n - 1/m: n,m belongs to N } where N is the set of natural numbers then infimum and supremum of S respectively are a) -1and 1 b) 0,1 c)0,0 d)can not be determined Please explain
Evaluate the improper integral from 0 to infinity xe^-x
Evaluate the improper integral from 0 to infinity xe^-x
Solve the following integrals using integration by parts technique: a) [int] xsinx dx b) [int] x^2sinx...
Solve the following integrals using integration by parts technique: a) [int] xsinx dx b) [int] x^2sinx dx c) [int] xcosx dx d) [int] sin(sqrt(x)) dx e) [int] xexp(x) dx f) [int] x / exp(x) dx
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is...
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is a fixed positive real number b) [int] 1/(x^4 - 1) dx c) [int] 1/(x^2 + x) dx d) [int] 1/(x^2 - 4x - 5) dx e) [int] 1/(x^2 - 3x - 5) dx f) [int] exp(x) / (exp(4x) - 5exp(2x) + 4) dx
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is...
Calculate the integrals given below using partial fractions: a) [int] 1/(x^2 - a^2) dx a is a fixed positive real number b) [int] 1/(x^4 - 1) dx c) [int] 1/(x^2 + x) dx d) [int] 1/(x^2 - 4x - 5) dx e) [int] 1/(x^2 - 3x - 5) dx f) [int] exp(x) / (exp(4x) - 5exp(2x) + 4) dx
Which statement below is most precise? a. Deceleration means that the acceleration is negative b. Acceleration...
Which statement below is most precise? a. Deceleration means that the acceleration is negative b. Acceleration tells us how quickly the speed changes c. When the acceleration and the velocity have the same sign the object's speed Increases d. A positive acceleration always points to the right
Complete the following functions in the Stack.java/Stack.h files (ATTACHED BELOW): a. void push(int val) b. int...
Complete the following functions in the Stack.java/Stack.h files (ATTACHED BELOW): a. void push(int val) b. int pop() c. int getSize() public class Stack {    private int maxStackSize, topOfStack; private int[] stack;    public Stack(int maxStackSize) { if (maxStackSize <= 0) System.out.println("Stack size should be a positive integer."); else { this.maxStackSize = maxStackSize; topOfStack = -1; stack = new int[maxStackSize]; } }    public void push(int val) { // complete this function }    public int pop() { // complete...
Which of the choices below is not a laboratory department? Select one: a. Morphology b. Microbiology...
Which of the choices below is not a laboratory department? Select one: a. Morphology b. Microbiology c. Clinical Chemistry d. Histology
C++ Q2.   Given the code as below. Which statement is correct? int myAry[100]; for(int i=0; i<100;...
C++ Q2.   Given the code as below. Which statement is correct? int myAry[100]; for(int i=0; i<100; i++) myAry = i + 2; for(int i=100; i>0; i--) cout << myAry[i] << '\t'; The first for loop assigns myAry 99 values and the null character. The second for loop prints out myAry elements backwards. The index in the second for loop is out of bounds. Only the first loop needs the null character. Q3. A value returning function that takes one parameter,...
1. Which of the following would increase the rate at which integral membrane proteins move from...
1. Which of the following would increase the rate at which integral membrane proteins move from one end of the cell to the other? A. An increase in temperature B. An increase in pH C. A decrease in the number of double bonds in the fatty acid tails of the membrane phospholipids D. An increase in the length of the fatty acid tails of the membrane phospholipids 2. Some bacteria produce toxins that allow them to pass across the epithelial...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT