Integral Equation homework Help at TutorEye

Best Homework Help For Integral Equation

Our experts are available 24/7 to help you with Integral Equation homework problems!

Top Questions

Integral Equation:

Integral Equation is the equation with unknown function inside the one or more  integral signs. It carries a vast application in framing mathematical models for several real life engineering problems. It contributes in the field of quantum mechanics, waves and theoretical physics.


Integral Equation Sample Questions:

Question 1: Find lambda :

Question 1


(a) 0

(b) 1

(c) 2

(d) 3

Answer: (a)

Explanation: Let y(x) = c


Get the full solution!


Question 2: Solve:

Question 2


(a) Question 2 a

(b) Question 2 b

(c) Question 2 c

(d) None of the above

Answer: (a)


Explanation 2


Get the full solution!


Question 3: Solve :

Question 3


(a) Question 3 a

(b)  ∫ a^x dx = (ax/ln a) + C ; a>0,  a≠1

(c) (1/x) dx = ln |x| + C

(d) ∫ csc x ( cot x) dx = – csc x + C

Answer: (a)


Explanation 3


Get the full solution!


Question 4: Find lambda :

>Question 4


if y(x)=x


(a) 1

(b) 2

(c) 3

(d) 4

Answer: (c)


Explanation 4


Get the full solution!


Question 5: Solve:

Question 5


(a) Question 5 a

(b) Question 5 b

(c) Question 5 c

(d) Question 5 d

Answer: (a)

Explanation: In this problem f(x)=x and k(x-y)=x-y
Take the laplace transform on both sides.


Get the full solution!


Question 6: For the integral equation: 

Question 6

Question 6.1

then y(-3) is


(a) -2,1

(b) -3,1

(c) 1,1

(d) 1,-1

Answer: (c)


Explanation 6


Get the full solution!


Question 7: Find the eigenvalue lambda  :

Question 7


(a) 1/2

(b) 1/4

(c) 1/3

(d) 1/6

Answer: (b)


Explanation 7


Get the full solution!


Question 8: Solve: 

Question 8


Question 8.1

Answer: (a)


Explanation 8


Get the full solution!


Question 9: An object falling from a bridge with velocity vt=-5t-4 ms. Find the height of the bridge, if the object touches the ground after t=10 seconds.


(a) 290 m

(b) 90 m

(c) 200 m

(d) 120 m

Answer: (a)

Explanation: To find the vertical position of the object, we need to integrate the velocity equation with respect to time.


Get the full solution!


Question 10: Solve:

Question 10


Question 10.1

Answer: (a)


Explanation 10


Take Integral Equation Homework Help Today!