Angles TRS and VRW are vertical angles, so we can set them equal to each other to get x:

x+40=3x

40=2x

20=x

So the value of x is 20

The conclusion is that the system does not have a solution. This is that the equations written do not have an intersection point, they represent parallel lines and, for any x value, one line is always over the other.

In terms of the landscapers charges, it means that the two landscapers have the same hourly rate (the slope of the lines) but different fees..

For example imagine one landscapers charges $0.5 the hour plus a fixed $5 fee

The correspondan equation would be: y = 0.5x + 5

If the other charges $0.5 the hour and a fixed $20 fee. the correspondant equation would be y = 0.5 x + 20

When you try to solve the system you get:

0.5x + 5 = 0.5x + 20

You can remove the 0.5x terms because they appear in the two sides, then

5 = 20.

Which means that the two costs will never be equal.

.

**Answer: y-intercept is 1**

**Step-by-step explanation: it's one because it is on the y-axis. **

**Answer: $3.49 **

**Step-by-step explanation:**

Earnings per share shows how much of the profit of the company every share will get.

You can use it to calcutae the P/E ratio through the following formula:

P/E ratio = Share price / Earnings per share

15.17 = 52.93 / EPS

EPS * 15.17 = 52.93

EPS = 52.93 / 15.17

**= $3.49 **

**Answer:**

It would take 19 hours and 36 minutes until there are 1040 bacteria present.

**Step-by-step explanation:**

Given that in a lab experiment, 610 bacteria are placed in a petri dish, and the conditions are such that the number of bacteria is able to double every 23 hours, to determine how long would it be, to the nearest tenth of an hour, until there are 1040 bacteria present, the following calculation must be performed:

610X = 1040

X = 1040/610

X = 1.7049

2 = 23

1.7049 = X

1.7049 x 23/2 = X

39.2131 / 2 = X

19.6 = X

100 = 60

60 = X

60 x 60/100 = X

36 = X

Therefore, it would take 19 hours and 36 minutes until there are 1040 bacteria present.