Answer:
the y is a horizontal line
Step-by-step explanation:
cause its is across
The last one you’re correct , 16 is a perfect example of a perfect square
Answer:
year 2000: P = 50
year 2004: P = 24
Step-by-step explanation:
t is the number of years since 2000, so for the year 2000, we have that t = 0.
Using this value in the equation, we find that:
P = -6 * 0 + 50 = 50
The price of the stock in year 2000 is 50.
For the year 2004, we have that t = 4, so using this value in the equation for P, we have:
P = -6 * 4 + 50 = -24 + 50 = 26
The price of the stock in year 2004 is 24.
the perimeter of the field is 442
width=w
the length of the field is 9 yards less than quadruple W
L=4x - 9
the perimeter is P=2L+2W
you can plug in the values
P= 2(4w-9) + 2W
plug in 442 for P
442= 2(4w- 9) + 2W
442= 8w - 36 + 2W
478 =8w + 2W
478= 10W
47.8 is your answer!!!
Answer:
C = 8 + 3x
The rate of change in the above equation is 3 dollars per game and it interpret the cost per game.
The initial value in the above equation is 8 dollars, which interpret the entry fee that every one person has to pay to enter the fair.
Step-by-step explanation:
Let the admission cost of the fair is $x and each game is $3.
Now, Steven went to the state fair, played 4 games and spent a total of $20 on admission and games.
So, we can write 20 = x + 4 × 3 {As the relation is linear}
⇒ x = $8
Therefore, the admission cost in the fair is $8.
Therefore, the equation that models the situation is
C = 8 + 3x ............ (1)
Where C is the total cost and x is the number of games played.
So, the rate of change in equation (1) is 3 dollars per game and it interprets the cost per game.
Again, the initial value in equation (1) is 8 dollars, which interprets the entry fee that each person has to pay to enter the fair. (Answer)
