Final Answer:
If the EXCEL formula =A$3+$B2 is copied from one cell to another cell located 3 rows down and two columns to the right, the resulting formula will be D$6+$E5.
Step-by-step explanation:
When the formula =A$3+$B2 is copied from its original cell to a new cell located 3 rows down and two columns to the right, the relative references adjust accordingly. The column reference B in the original formula will shift two columns to the right, becoming D in the new cell. The row reference 2 will shift three rows down, becoming 5 in the new cell. Meanwhile, the absolute reference $A$3 remains unchanged.
The copied formula's adjustment involves the relative references adapting to the new cell's position. The column reference B becomes D due to the two-column shift, while the row reference 2 becomes 5 owing to the three-row shift. However, the absolute reference A$3 remains static regardless of the new cell's position, maintaining its reference to cell A3.
This transformation reflects the nature of relative and absolute cell references in Excel formulas. Relative references adjust based on the relative position of the original and new cells, whereas absolute references remain fixed irrespective of the copy's destination. Therefore, the resulting formula in the new cell located 3 rows down and two columns to the right is =D$6+$E5, preserving the combination of absolute and adjusted relative references.