Most of the elements you listed are period 4 or lower (sorry, I said "group" in my previous post, ugh) and within the first 30 elements: iron (26), magnesium (12), lithium (3), zinc (30), copper (29), chromium (24), nickel (28), cobalt (27), vanadium (23), and manganese (25).
The only exceptions from your list are arsenic (33), selenium (34) [both period 4], and molybdenum (42). Arsenic is largely extremely toxic to biological systems and is only used by a few specific bacteria species as a homolog for a more commonly used element (phosphorus). Selenium and molybdenum do have slightly more common biological roles, but are toxic in high concentrations. Many of their roles could probably be filled by sulfur and chromium, respectively, if they were not present (though perhaps less efficiently).
Life here has certainly made use of the available elements, but (assuming it could get started without heavy metal catalysts) most of the elements required are a pretty small subset.
Elements past period 4 aren't plentiful enough to appreciably change planet formation. 90% of the mass of the earth is contributed by just iron, oxygen, silicon, and magnesium. The relative abundance of period 5 and above elements is absolutely tiny.