Classical 4th Order Runge-Kutta is used to solve the following ODE with y0 = 5 and h = 0.5. dydt=t−y Calculate the value of y after the first time step (i. e. y(2) in the numerical solution) and enter your answer to 4 decimal places. I suggest you calculate this by hand/calculator to make sure you understand the algorithm.

George heard about the benefits of a data warehouse. he wants to try implementing one for his organization. however, he is afraid that transferring data to the data warehouse will affect transaction time. which element ensures that transactions are not affected when moving data to a warehouse? when data is transferred to a data warehouse, the a area frees the source system to continue transaction processing.