<span>A table representing a function is provided below.
x 1 2 3 4 5
y 1 16 64 256 1,024
According to the data in the table, from x = 2, the value of y can be represented as
which is equivalent to
This indicates an exponential function.
Thus, the </span><span>most accurate description of the function's graph is: "The graph initially appears flat but ascends sharply."</span>
The area calculation for the shaded section, as seen in the attached diagram, involves subtracting the area of the kite from that of the rectangle. The area of the rectangle is calculated as (3x+x)*(x+x), which simplifies to 4x*2x, equating to 8x². The area of the kite is determined using the formula (1/2)*[d1*d2], where d1 and d2 represent the diagonals, specifically d1=4x and d2=2x. Therefore, the area of the kite becomes (1/2)*[4x*2x], leading to 4x². Consequently, the area of the shaded region can be computed as 8x²-4x², resulting in 4x². Thus, the solution is 4x².
Answer:
550
Step-by-step explanation:
We know that 17% of the applicants (3,240) will receive acceptance.
0.17 * 3,240 = 550.8
Thus, 550 students will gain acceptance
we must round down since only 17% can be accepted, and having 0.8 of a person is not feasible
hope this helps
To address this problem, let's start by formulating the general motion equation along the vertical direction.
This gives us:
Where,
- g: gravitational acceleration
- vo: initial velocity
- h0: starting height
For the first individual:
For the second individual:
When both individuals reach the identical altitude, the following holds:
Rearranging results in:
Solving for time:
Result:
The two window washers reach the same height after 18.31 seconds.
