PLZ ONLY HELP IF YOU CAN DO IT ALL AS I NEED GUIDANCE AND I AM STUCK THANK U

Consider the following scenario: The last dividend the company paid was D0=$1. The rate of growth in both earnings and dividends during the 3-year nonconstant growth period is gn=9%, the normai growth rate after the nonconstant period, i.e, starting at the end of year, three and in the future is gn=4%, and the required (minimum acceptable) rate of return on the stock is r, =8%. What is the formula for the stock's intrinsic value in this case? Suppose that the firm recently paid a dividend D0=$2.20. It expects to have nonconstant growth of gr=9% for 2 years and then a constant rate of gn=4% thereafter. The firm's required retum is rn=8%. According to the problem walk-through video, what is the formula for the tecminal, or continuing value, at the end of year 2 ? P2=r19D2P2=r17D3P2=(t+r2)2D1P2=(t+r2)2D2 According to the problem walk through video, what is the formula for the firm's intrinsic value today? P0=(1+r0)3D3+(1+r0)2D3+(1+rn)2D3+(1+rn)2B3P0=(1+rn)1D1+(1+rn)3D3+P2P0=(1+rn)3ryPn=(1+r0)D0+(1+r2)2b0+(1+r2)3B2 The firm's horizon value is The firm's intrinsic value is Suppose that the firm recently paid a dividend $2.20. It expects to have nonconstant growth of 9% for 3 years and then a constant rate. of 4% thereafter. The firm's required return is 8%. The firm's horizon, or continuing, value is and its intrinsic value today is