<e> Solve using the method of separation of variables the pde partial du/dt+du/dx+2e^tu=0
<e> A vending treasury is purchased for RM 2,800 in cash with RM 700 down payment and fourteen monthly payments. If the interest calculated is 10% per annum, using the fixed rate equation calculation find:
1. Total interest charged
2.Secondly. monthly payment
<e> Let f
f be a function such that at each point (x,y)
(x,y) on the graph of f
f, the slope is given by dy
dx
=1
2
x−1
4
y
2
dydx=12x−14y2. The graph of f
f passes through the point (1,−2)
(1,−2) and is concave up on the interval 1<x<1.5
1<x<1.5. Let k
k be the approximation for f(1.3)
f(1.3) found by using the locally linear approximation of f
f at x=1
x=1. Which of the following statements about k
k is true?
<e> Examine the f:R->R defined by
f(x)={1/6(x+1)^3 x is not equal to 0
5/6 x=0}
for continuity on R .If it is not continuous at any of R find the nature of discontinuity there
<e> m is a straight line with a 1 on the right side.
n is a straight line with a number 3 & 2 in the middle but there’s a diagonal line that goes straight through both lines and the numbers 3 & 2 are in between that diagonal line.
Given: Line m is parallel to line n.
Prove: <1 is supplementary to <3
statement: reason:
S1. Line m is parallel to line n. R1. given
S2. <1 =~ <2 R2. ?
S3. m<1 =~ m<2. R3. ?
S4. <2 & <3 for a linear pair. R4. definition of linear pair
S5. <2 is supplementary to <3 R5. ?
S6. m<2 + m<3 = 180° R6. definition of supplementary
S7. ? R7. Substitution Property of Equality
S8. ? R8. Definition of supplementary
<e> Solve the first order linear inhomogeneous differential equation using the constant variation method
y,- (3y/x)=x
[DMe] Define group. Show that the set P3 of all permutations on three symbols 1,2,3 is a finite non-abelian group of order six with respect to permutation multiplication as composition.
Two small conducting and identical spheres A and B have charges -25 nC and +15 nC, respectively. They are separated by a distance of 0.02 m.
The wavelength of a signal transmitted at 1000MS-1 is 700M. Determine the period of the transmission
Write algorithm using pseudocode and flowchart that uses while loops to perform the
following steps:
i. Prompt the user to input two integers: firstNum and secondNum note that firstNum
must be less than secondNum.
ii. Output all odd numbers between firstNum and secondNum.
iii. Output the sum of all even numbers between firstNum and secondNum.
iv. Output the numbers and their squares between firstNum and secondNum.
v. Output the sum of the square of the odd numbers between firstNum and secondNum.
b. Redo Exercise (a) using for loops.
c. Redo Exercise (a) using do. . .while loops.