How do you do the following steps using the IBM Quantum Computing Simulator?

First initialize the qubit to the ground state |0>. Then apply the Hadamard transform H to get the state to (|0> + |1>)/(sqrt(2)). wait for time t, apply H again, and measure the probability of being in the |0> state.

= IBM Quantum Experience Feedback a 8 a File Edit Inspect View Share Help Run settings Run on ibmq_armoni- O Circuits / Untitled circuit saved Simulator seed 8390 > Code 4E Docs to Jobs H T S P. RZ 10) if XX" Y RX RY U RXX RZZ + Add Code editor Open in Quantum Lab OpenQASM 2.0 qo JO) + og 1 + OPENQASM 2.0; include "qelib1.inc"; 2 c1 . 3 4 qreg q[1]; creg c[1]; 5 6 7 reset q[0]; x q[0]; 8 Measurement Probabilities Q-sphere 100 80 nt probability (%) 60 = IBM Quantum Experience Feedback a 8 a File Edit Inspect View Share Help Run settings Run on ibmq_armoni- O Circuits / Untitled circuit saved Simulator seed 8390 > Code 4E Docs to Jobs H T S P. RZ 10) if XX" Y RX RY U RXX RZZ + Add Code editor Open in Quantum Lab OpenQASM 2.0 qo JO) + og 1 + OPENQASM 2.0; include "qelib1.inc"; 2 c1 . 3 4 qreg q[1]; creg c[1]; 5 6 7 reset q[0]; x q[0]; 8 Measurement Probabilities Q-sphere 100 80 nt probability (%) 60