a player gets to throw 4 darts at the target shown. Assuming the player will always hit the target, the probability of hitting a

This question is quite lengthy, so I will offer a brief overview. To find your x-value, set y to 0 in the given equation.

2x + 3y = 1470

2x + 3(0) = 1470

2x = 1470

x = 735

Thus, your farthest point on the x-axis is (735,0).

Now, repeat for y.

2x + 3y = 1470.

2(0) + 3y = 1470

3y= 1470

y= 490

Your highest point thus is (0,490).

After plotting both points, connect them with a straight line to illustrate your graph.

Check

It's option C.

The value escalates threefold compared to the last step.

All other function values increase by a constant amount, resulting in linear behavior

17.50 = 5.8x + 3

Expense: $2.50 per yard

I hope this assists you!:)

Visualizing the scenario is advantageous; creating a diagram would show a right triangle where the base measures 100 ft and the height is 25 ft. We can easily determine the angle using trigonometric functions as follows:

tan(theta) = 25 / 100
theta = 14.04 degrees

Answer:

The autofilled results would be Seat1Row4, Seat1Row5, Seat1Row6

Step-by-step explanation:

Given

B1 = Seat1Row1

C1 = Seat1Row2

D1 = Seat1Row3

Required

Values for E1, F1, G1 if autofill is applied

Autofilling in Microsoft Excel allows automatic cell filling based on prior entries.

The autofill function adjusts various data types, including both numbers and alphanumeric characters.

However, when utilizing autofill for alphanumeric data in Excel, only the numeric portion is altered.

In this particular instance, the sequence of entries in B1, C1, and D1 includes Seat1Row1, Seat1Row2, and Seat1Row3

"Seat1Row" will be treated as a string, while the numbers 1, 2, and 3 will be incremented, allowing their respective alphanumeric outcomes to populate the given cells.

As a result,

The E1 cell will automatically become Seat1Row4

The cell F1 will be updated to Seat1Row5

The cell G1 will be updated to Seat1Row6

See attachment