Recall the Laplace transform of a second-order derivative,

and the transform of cosine,

Here, both
, so taking the transform of both sides of

gives


Answer:
The area of the sector of the circle is approximately
Step-by-step explanation:
The given parameters of the circle having a shaded sector are;
The radius of the circle, r = 4 meters
The measure of the arc bounding the sector = 135°
The area of a sector of a circle, 'A', is given as follows;

Therefore, the area, 'A' of the given sector of the circle, is given as follows;

The area of the sector of the circle, with radius 4 cm and bounded by an arc, A ≈ 18.82 cm².
Answer:64,348
Step-by-step explanation:
please make brainliest
Answer:
$20,000 I think
Step-by-step explanation:
4,000
x 5
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20,000
Answer:
- y=14-2x; 6x+3y=42
- 2x+y=17; -6x=3y-51
Step-by-step explanation:
Dependent equations will have infinite solutions. One way to tell if a system of equations is dependent is to put all of the equations into standard form. Here, we can use the form ...
ax + by = c
where a, b, c are mutually prime integers and "a" is positive. When dependent equations are put in this form, they resolve to the same equation.
Here, the rearrangement is accomplished by putting the x- and y-terms on the same side of the equal sign, with the x-term having a positive coefficient. If necessary, the constant is put on the other side, and any common factors removed from all of them.
Then the sets of equations are ...
- 2x +5y = 31
- 6x -y = 13 . . . . not dependent
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- 2x +y = 10
- 6x +3y = -7 . . . . not dependent
__
- 2x +y = 14
- 2x +y = 14 . . . . dependent
__
- 2x +y = 13
- 4x -3y = -19 . . . . not dependent
__
- 2x +y = 14
- x +2y = 13 . . . . not dependent
__
- 2x +y = 17
- 2x +y = 17 . . . . dependent
__
The 3rd and 5th sets of equations are dependent, so have infinite solutions.
_____
The second set of equations is inconsistent, so has no solutions.