124 cases of intracranial hemorrhage were reviewed and the CT scan studied. The CT scan was accurate in localizing and measuring intracerebral hematoma and was reliable technique in evaluation of subarachnoid hemorrhage. Extravasated blood is easily recognized and origin of bleeding may frequently be predicted by its distribution into subarachnoid spaces and brain parenchyme. The size and location of intracerebal hemorrhage, amount of subarachnoid hemorrhage and associated ventricular rupture, ventricular dilatation and cerebral infarct allowed accurate prognosis and to determine adequate treatment. CT alleviates the need for repeat angiography while following the patient a clinial evolution since it clearly shows rebleed, edema, following vasospasm, and hydrocephalus. Subacute and chronic intracerebral hematoma with ring blush might be need to differentiate other brain disease, but its peripheral location and lack of mass effect may be considered as helpful clue of hematoma w th appropriate clinical findings. CT scanning has becomes the diagnostic test of first choice when intracranial hemorrhage is suspected.