Which of the following is true regarding Reducers?a. Reducers accept the current state and actionb. Reducers accept only initial statec. Reducers are pure functionsd. Reduces returns the new state to the storeBoth a and cOnly bOnly aa, c and d

If we use useState for the following code then which of the following code carry out the same operation that this reducer is doing <button onClick={() => dispatch({type: 'decrement'})}>-</button> <button onClick={() => dispatch({type: 'increment'})}>+</button>A<button onClick={() =>setState(state-1)}>-</button><button onClick={() =>setState(state+1)}>+</button>B<button onClick={() =>setState(-1)}>-</button><button onClick={() =>setState(1)}>+</button>C <button onClick={setState(state-1)}>-</button><button onClick={setState(state+1)}>+</button>D <button onClick={setState(-1)}>-</button><button onClick={setState(1)}>+</button>

Order the below steps to match the data flow in Redux a. The root reducer combines the new state returned from multiple reducers into a single state b. Component dispatches an action c. The store gets the initial state from root reducer passed to it d. The action reaches the root reducer e. Store saves the entire state of the application c,b,d,a,e c,b,a,d,e a,c,b,d,e a,c,d,b,e

Consider the below code snippet:function counter(state = { count: 0 }, action) { const count = state.count switch (action.type) { case 'increase': return { count: count + 1 } default: return state }}var store = createStore();What would be the value of the state if the store.getState() method is invoked?state= {count: 0}state= {count: 1}Error since reducer is not bound to storeNo Output

Which of the following statements about state reduction in asynchronous sequential circuits is correct?a.It has no impact on circuit stabilityb.It simplifies circuit representation while preserving functionalityc.It involves adding more flip-flopsd.It increases the complexity of circuit analysis

Q3 of 7outlined_flagThere is always a one to one mapping between actions and reducers. State True or False.TrueFalse