(Solved): please help solve the questions marked wrong using following data: Relative Cell References We can ...

please help solve the questions marked wrong using following data: Relative Cell References We can tell from this table that there are 8 orders for the MP3 album and that value is in cell C2. Next, we would like to calculate the Total Cost for all MP3 orders. To do that we would multiply the Order Quantity by the Unit Cost; 8 * 11.99. That can be done in cell E2. get the other two investment values after one year given different growith rates and place those values below: Investment A: s (to the nearest dollar) Investment B: (to the nearest dollar) Investment C: \( q \) (to the nearest dollar) Absolute Cell References By placing a dollar sign (\$) in front of the row and/or column of a cell you can "lock down" either the row, column, or both so no change occurs when you drag to fill other cells. Fixed Column / Relative Row Cell References in cell D22, then drag across to M22 to obtain the values for Investment A. Investment \( \mathrm{A}: \$ \quad \) (to the nearest dollar) Investment B: \$ (to the nearest dollar) Investment C: \( \$ \quad \) (to the nearest dollar) Relative Cell References We can tell from this table that there are 8 orders for the MP3 album and that value is in cell C2. Next, we would like to calculate the Total Cost for all MP3 orders. To do that we would multiply the Order Quantity by the Unit Cost; 8 * 11.99. That can be done in cell E2. get the other two investment values after one year given different growth rates and place those values below: Investment A: \$ (to the nearest dollar) Investment B: \( \$ \) (to the nearest dollar) Investment C: \( \$ 1802 \) (to the nearest dollar) Absolute Cell References By placing a dollar sign ( \( \$ \) ) in front of the row and/or column of a cell you can "lock down" either the row, column, or both so no change occurs when you drag to fill other cells. Fixed Column / Relative Row Cell References in cell D22, then drag across to M22 to obtain the values for Investment A. Investment \( A: \$ 3344 \) (to the nearest dollar) Investment \( \mathrm{B}: \$ \) (to the nearest dollar) Investment C: \( \$ \) (to the nearest dollar)