please use the case below to answer the following three (3)…

please use the case below to answer the following three (3) questions Name: Cassie J. Age: 18 Gender: Female Medical History: Asthma Chief Complaint: shortness of breath Presenting Concerns: Cassie presents to your primary care clinic today with ongoing complaints of shortness of breath. Cassie experiences asthma symptoms three days per week which are relieved using rescue albuterol, and she experiences 1 night-time awakening weekly due to her asthma symptoms. She was diagnosed with Asthma at age 11 and has been using Albuterol as needed as a rescue inhaler since diagnosis. Current Medications: Albuterol 90 mcg/actuation- 2 inhalations q4 hrs PRN for shortness of breath Asthma triggers: pet dander (primarily cats). Cassie does not have cats or pets at home. Social History: No alcohol intake. No tobacco use. Medication adherence: Patient is using albuterol ~5-6 times per week for relief when asthma symptoms occur. She also uses albuterol at night upon awakening with asthma symptoms. Inhaler technique: Patient demonstrates correct inhaler technique using albuterol MDI Asthma Control Test (ACT) score: 15

Mr. P presents to your pharmacy to pick up a new prescriptio…

Mr. P presents to your pharmacy to pick up a new prescription ordered by his mental health provider for his bipolar disorder. His past medical history includes history of MI (2015), bulimia (2005), hypertension, chronic rhinitis, atopic dermatitis, and bipolar disorder. Upon counseling Mr. P on his new medication, he states he is interested in quitting smoking in the next 2 weeks. After congratulating Mr. P on his interest in quitting, he requests your expertise about which tobacco cessation medication he should use. Which product would be the most appropriate choice for Mr. P?

A ball is tossed upward from a cliff that is 40 m above wate…

A ball is tossed upward from a cliff that is 40 m above water. The height of the ball above the water is modelled by h(t) = 25t2 + 10t + 40, where h(t) is the height in metres and t is the time in seconds. Graph the function in Desmos to answer the following questions. a)    What is the maximum height reached by the ball? b)    When will the ball hit the water?