The value of an antique plate after x years can be modeled by f(x) = 18(1.05)x. Which graph can be used to approximate the number of years it will take for the plate’s value to be $30? On a coordinate plane, 2 functions are shown. A horizontal straight line is at y = 30. An exponential function crosses the y-axis at (0, 18) and intersects with the straight line at (10.47, 30). The point is shown to be at almost 10.5 years. On a coordinate plane, 2 functions are shown. A vertical straight line is at x = 30. An exponential function crosses the y-axis at (0, 18) and intersects with the straight line at (30, 77.7). The point is shown to be at almost 80 years. On a coordinate plane, 2 functions are shown. A horizontal straight line is at y = 30. An exponential function crosses the y-axis at (0, 1) and intersects with the straight line at (1.16, 30). The point is shown to be at almost 1.2 years.

d

step-by-step explanation:

by observation, we can see that the the graph is simply the graph of y = |x| that has been shifted 4 units downwards and 3 units to the left.

we can recognize in choice d :

y = | x + 3 |   - 4 (rewriting in general form)

y = | x - (- 3) |   - 4

the "-4 " term means   that the graph has been shifted by 4 units in the negative y direction

the "-3 " term means   that the graph has been shifted by 3 units in the negative x direction

this matches our observation of the graph described above.

b

step-by-step explanation:

the total is 23.97. 0.25% is off so you have to subtracting 25% from 100% and you will get 75% if you convert it to decimal you will get 0.75. you have to find the original because the formula is % times original = total.so you have the total and the % so you just have to plug it in.

the height of the surface increases from the center out to the sides of the road

it is c!