unity: Why is Lambda out of vary when utilizing a for loop however not with a foreach loop?

I did the identical factor with a for and foreach loop, or not less than that is what I might wish to consider. However once I use the for loop I get a Index out of vary exception, whereas all the pieces is ok with the foreach loop. I am creating a list system and the code is meant to put every merchandise you will have in your stock into a list slot. (The visible side)
Right here is the for loop making an attempt to do it:

for (int i = 0; i  
         ShowInfo(_inventory(i)));
         itemUI.Gadgets = _inventory(i);
   }
}

and right here is the foreach loop that does “the identical factor”, however would not get an error:

 int index = 0;
 foreach (Gadgets merchandise in _inventory)
 {
      GameObject Merchandise = Instantiate(ItemUIPrefab, slots(index).remodel.GetChild(0));

      if (Merchandise.TryGetComponent(out ItemUI itemUI))
      {
            itemUI.DisplayImage.sprite = merchandise.GetItemSO().GetSprite();
            itemUI.AmountText.textual content = merchandise.GetItemAmount().ToString();
            itemUI.DropOneButton.onClick.AddListener(() => ShowInfo(merchandise));
            itemUI.Gadgets = merchandise;
      }
      index++;
 }

The road that produces the error is that this: itemUI.DropOneButton.onClick.AddListener(() => ShowInfo(_inventory(i))); However I do not see how one can index out of vary. _inventory.Depend has at all times been lower than slots.Dependin order that’s not the issue. I am fairly certain the issue is Lambda, as a result of solely once I press the merchandise in stock do I get this error. For some cause it appears to get the unsuitable worth. Am I misunderstanding lambdas right here? Should not every iteration of the loop add a brand new listener to the onClick utilizing the proper index?

Once I add an area variable: int capturedIndex = i; and provides that to the lambda: itemUI.DropOneButton.onClick.AddListener(() => ShowInfo(_inventory(capturedIndex))); the error disappears. Which means the issue is the lambda. I assume I do not 100% perceive how lambdas work.