Need more explanation please1-10

This question applies to parts 1-10. It contains drop-down multiple choice and numerical questions. 1 the endowment of apples is state-dependent. State physical probabilities, , and state-dependent endowments, e, for each consumer at time 1 are given in the table: consumers. In this economy, only atomic (Arrow-Debreu) securities can be traded. Note: round your answers to 3 decimal places if necessary. 1) Compute the equilibrium consumption of consumer 2 in state B: 2) Compute the equilibrium state A forward atomic price: 3) Consumer 2 will state A atomic security. 4) The equilibrium holding of state B atomic security by consumer 2 is 5) In this Arrow-Debreu economy, market-clearing conditions imply that 6) When trade is possible, in equilibrium Mark 1.00 out of 1.00 comparing to the situation of no trade 7) Compute the realised value of the stochastic discount factor in state B 8) In this case, the market 9) The atomic security for state B 10) In equilibrium, units of call option is traded. This question applies to parts 1-10. It contains drop-down multiple choice and numerical questions. 1 the endowment of apples is state-dependent. State physical probabilities, , and state-dependent endowments, e, for each consumer at time 1 are given in the table: consumers. In this economy, only atomic (Arrow-Debreu) securities can be traded. Note: round your answers to 3 decimal places if necessary. 1) Compute the equilibrium consumption of consumer 2 in state B: 2) Compute the equilibrium state A forward atomic price: 3) Consumer 2 will state A atomic security. 4) The equilibrium holding of state B atomic security by consumer 2 is 5) In this Arrow-Debreu economy, market-clearing conditions imply that 6) When trade is possible, in equilibrium Mark 1.00 out of 1.00 comparing to the situation of no trade 7) Compute the realised value of the stochastic discount factor in state B 8) In this case, the market 9) The atomic security for state B 10) In equilibrium, units of call option is traded