The behavior of the graph of I and what it means in context can be explained below:
<h3>What is Sound intensity?</h3>
Sound intensity, serves as the power that is been carried by sound waves per unit area and this is usually in the direction perpendicular to that area.
we were given the function 
r represent the Distance from the source of sound
P represent the Power of the sound
when there is increase in the distance from the source the intensity moves to zero.
we can see that there is is an inverse proportion between the Intensity and the distance r which implies that The intensity decreases when the distance increases.
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The lengths of RS and ST are 20 and 1 respectively
<h3>How to solve for RS and ST?</h3>
The given parameters are:
RS= 2x+10, ST= x−4, RT= 21
This means that
RT = RS + ST
So, we have:
2x + 10 + x - 4 = 21
Evaluate the like terms
3x = 15
Divide by 3
x = 5
Substitute x = 5 in RS= 2x+10 and ST= x−4
RS= 2*5+10 = 20
ST= 5−4 = 1
Hence, the lengths of RS and ST are 20 and 1 respectively
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Perhaps the question will be less confusing if you temporarily ignore the decimal parts, and just compare the whole-number parts.
Look at 74 , and then look at 7 .
Look at them again, and a few more times if necessary.
You'll see that 74 is waaay bigger than 7 .
That's true even when you stick the decimal parts back on.
The decimal parts can't change it ... a decimal part can't
add more than ' 1 ' to a whole number.
So 74 (plus any decimal) is still waaay bigger than 7 (plus any decimal).
Answer:Protect your King. Get your king to the corner of the board where he is usually safer. Don't put off castling. You should usually castle as quickly as ...
Don't Give Pieces Away.
Control the Center of the Chessboard.
Use All of your Chess Pieces. At the beginning of the game the chessboard is laid out so that each player has the white (or light) color square in the bottom right-hand side. The chess pieces are then arranged the same way each time. The second row (or rank) is filled with pawns. The rooks go in the corners, then the knights next to them, followed by the bishops, and finally the queen, who always goes on her own matching color (white queen on white, black queen on black), and the king on the remaining square. Each of the 6 different kinds of pieces moves differently. Pieces cannot move through other pieces (though the knight can jump over other pieces), and can never move onto a square with one of their own pieces. However, they can be moved to take the place of an opponent's piece which is then captured. Pieces are generally moved into positions where they can capture other pieces (by landing on their square and then replacing them), defend their own pieces in case of capture, or control important squares in the game. The king is the most important piece, but is one of the weakest. The king can only move one square in any direction - up, down, to the sides, and diagonally.
Step-by-step explanation:
Answer:
3
Step-by-step explanation:
2(x + 1) = 3(5 - x) + 2
Distribute,
2(x + 1) = 3(5 - x) + 2
2x + 2 = 3(5 - x) + 2
Rearrange terms,
2x + 2 = 3(5 - x) + 2
2x + 2 = 3(-x + 5) + 2
Distribute,
2x + 2 = 3(-x + 5) + 2
2x + 2 = -3x + 15 + 2
Add the numbers,
2x + 2 = -3x + 15 + 2
2x + 2 = -3x + 17
Subtract 2 from both sides,
2x + 2 = -3x + 17
2x + 2 - 2 = -3x + 17 - 2
2x = -3x + 17 - 2
2x = -3x + 15
Add 3x to both sides,
2x = -3x + 15
2x + 3x = -3x + 3x + 15
5x = -3x + 3x + 15
5x = 15
Divide both sides by the same factor (15),
5x = 15
5x/5 = 15/5
x = 15/5
x = 3
Hence, the answer is 3.
