investment subject

QUESTION 20 The geometric mean for Dr. Mohameds investment equals 32.33455082%. Dr. Mohamed bought 2 stocks at time zero for P0 each; bought 5 of the same stock at time 1 for P1 each; bought 4 of the same stock at time 2 for P2 each; and finally sold her total portfolio at time 3 for S3 each. Each stock receives a dividend D by the end of each period. Given the following information:

Compute "S3"

• R2= 2R1 16%
• P2 = $11.53
• S3= 2P0 $2.425
• R3= 150%
• Ri= 143%

QUESTION 18 The geometric mean for Dr. Mohameds investment equals 32.33455082%. Dr. Mohamed bought 2 stocks at time zero for P0 each; bought 5 of the same stock at time 1 for P1 each; bought 4 of the same stock at time 2 for P2 each; and finally sold her total portfolio at time 3 for S3 each. Each stock receives a dividend D by the end of each period. Given the following information:

1. Compute "P0"

   • R2= 2R1 16%
   • P2 = $11.53
   • S3= 2P0 $2.425
   • R3= 150%
   • Ri= 143%

QUESTION 19 The geometric mean for Dr. Mohameds investment equals 32.33455082%. Dr. Mohamed bought 2 stocks at time zero for P0 each; bought 5 of the same stock at time 1 for P1 each; bought 4 of the same stock at time 2 for P2 each; and finally sold her total portfolio at time 3 for S3 each. Each stock receives a dividend D by the end of each period. Given the following information:

Compute "P1"

• R2= 2R1 16%
• P2 = $11.53
• S3= 2P0 $2.425
• R3= 150%
• Ri= 143%

QUESTION 20 The geometric mean for Dr. Mohameds investment equals 32.33455082%. Dr. Mohamed bought 2 stocks at time zero for P0 each; bought 5 of the same stock at time 1 for P1 each; bought 4 of the same stock at time 2 for P2 each; and finally sold her total portfolio at time 3 for S3 each. Each stock receives a dividend D by the end of each period. Given the following information:

Compute "S3"

• R2= 2R1 16%
• P2 = $11.53
• S3= 2P0 $2.425
• R3= 150%
• Ri= 143%