i have a wall measuring 19 ft long. I want to install 4 lights along wall.  Space them out evenly from there. I do not want the light to close to each corner. 

To evenly space the 4 lights along the 19 ft wall without placing them too close to the corners, let's follow a process:

### Step 1: Decide the distance from the corners.
You should choose how far you want the lights to be from the edges. Let's denote this distance as \( d \) (in feet). 

### Step 2: Calculate the available distance.
The available distance to place the lights is the total length of the wall minus the two corner distances. This can be expressed as:

\[
\text{Available Length} = 19 - 2d
\]

### Step 3: Spacing between the lights.
There are 4 lights, which means there will be 3 gaps between them. The spacing between the lights will be:

\[
\text{Spacing Between Lights} = \frac{\text{Available Length}}{3} = \frac{19 - 2d}{3}
\]

### Step 4: Positions of the lights.
The positions of the lights will be as follows:
1. The first light will be \( d \) feet from the left corner.
2. Each subsequent light will be spaced by the calculated distance from the previous one.

If you decide on a specific distance \( d \) from the corners, I can help compute the exact placement.

Would you like to proceed with a specific distance from the corners or need further details?

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### Related questions:
1. What is the optimal distance from the corners if I want balanced lighting?
2. How would the spacing change if I wanted 5 lights instead of 4?
3. What if I want the lights centered exactly in the middle of the wall?
4. How do I calculate light spacing if I use metric units instead of feet?
5. Can I adjust the positions for aesthetics without making them uneven?

### Tip:
The optimal distance from the corners is usually 1-2 feet to avoid shadowing or overcrowding at the edges.

I have a wall measuring 19 ft long. I want to install 4 lights along the wall. Space them out evenly from there. I do not want the lights too close to each corner.

Learn how to evenly space 4 lights along a 19 ft wall, avoiding corners. This solution involves algebraic and geometric concepts, including spacing calculations based on linear equations. Suitable for middle school students and home DIY enthusiasts.

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