Exam 7- Ch. 20-24 Flashcards
A 28-year-old female patient is found to be responsive to verbal stimuli only. Her roommate states that she was recently diagnosed with type 1 diabetes and has had difficulty controlling her blood sugar level. She further tells you that the patient has been urinating excessively and has progressively worsened over the last 24 to 36 hours. On the basis of this patients clinical presentation, you should suspect that she:
A. is significantly hyperglycemic.
B. has a urinary tract infection.
C. has overdosed on her insulin.
D. has a low BG level.
A. is significantly hyperglycemic.
A 31-year-old male with a history of diabetes had a seizure that stopped prior to EMS arrival. He is unresponsive and has rapid shallow breathing. His pulse is rapid weak, and his skin is cyanotic. The EMT should:
A. administer oxygen by nasal cannula and assess his BG level.
B. place a thin layer of oral glucose between his cheek and gums.
C. position the PT on his side and give oxygen via nonrebreathing mask.
D. assist the PTs ventilations with a bag-valve mask.
D. assist the PTs ventilations with a bag-valve mask.
You respond to a residence for a PT who is “not acting right.” As you approach the door, the patient, a 35-year-old male, begins shouting profanities at you and your partner while holding a baseball bat. The man is confused and diaphoretic, and is wearing a medical identification bracelet. You should:
A. contact medical control for instructions.
B. calm him down so you can assess him.
C. be assertive and talk the PT down.
D. retreat at once and call law enforcement.
D. retreat at once and call law enforcement.
A 19-year-old male complains of “not feeling right” His insulin and syringe are on a nearby table. The PT says he thinks he took his insulin and cannot remember whether he ate. He is also unable to tell you the time or what day it is. The glucometer reads “error” after several attempts to assess his BG level. You should:
A. transport only with close, continuous monitoring en route.
B. contact medical control and administer oral glucose.
C. request a paramedic ambulance to administer IV glucose.
D. assist him with his insulin injection and reassess him.
B. contact medical control and administer oral glucose.
A 42-year-old male is found unresponsive on his couch by a neighbor. During your assessment, you find no signs of trauma, and the patients BG level is 75 mg/dL. His BP is 168/98 mm Hg, his HR is 45 beats/min and bounding, and his respirations are 8 breaths/min and irregular. The patient is wearing a medical alert bracelet that states he has hemophilia. You should:
A. administer high-flow oxygen, perform a detailed secondary assessment at the scene, and transport promptly.
B. suspect that he has intracranial bleeding, assist his ventilations, and transport rapidly to an appropriate hospital.
C. administer oxygen via a NRBM, apply oral glucose in between his cheek and gum, and transport.
D. suspect that he has internal bleeding and is in shock, administer high-flow oxygen, and transport at once.
B. suspect that he has intracranial bleeding, assist his ventilations, and transport rapidly to an appropriate hospital.
A 75-year-old male with type 1 diabetes presents with chest pain and a general feeling of weakness. He tells you that he took his insulin today and ate a regular meal approximately 2 hours ago. You should treat this PT as though he is experiencing:
A. an acute stroke.
B. hypoglycemia.
C. hyperglycemia.
D. a heart attack.
D. a heart attack.
A 50-year-old male with diabetes has an altered mental status and is unable to tell you when he last ate or took his insulin. Your glucometer keeps malfunctioning and you are unable to determine his BG level. Which of the following clinical signs would MOST likely lead you to the correct diagnosis?
A. Restlessness and irritability.
B. Hypotension and tachycardia.
C. Rapid and weak pulse.
D. Deep and rapid breathing.
D. Deep and rapid breathing.
A 29-year-old female presents with confusion and disorientation. Her respirations are rapid and shallow, and her pulse is 120 beats/min and thready. She is markedly diaphoretic and has an oxygen saturation of 89%. You should:
A. transport immediately.
B. provide ventilatory support.
C. administer oral glucose.
D. treat her for hyperglycemia.
B. provide ventilatory support.
Classic signs and symptoms of hypoglycemia include:
A. cold, clammy skin; bradycardia; hunger; and deep, rapid respirations.
B. warm, dry skin; irritability; bradycardia; and rapid respirations.
C. warm, dry skin; hunger; abdominal pain; and deep, slow respirations.
D. cool, clammy skin; weakness; tachycardia; and rapid respirations.
D. cool, clammy skin; weakness; tachycardia; and rapid respirations.
Diabetes is MOST accurately defined as a(n):
A. disorder of glucose metabolism.
B. abnormally high blood glucose level.
C. mass excretion of glucose by the kidneys.
D. lack of insulin production in the pancreas.
A. disorder of glucose metabolism.
Diabetic ketoacidosis occurs when:
A. insulin is not available in the body.
B. the cells rapidly metabolize glucose.
C. the pancreas produces excess insulin.
D. blood glucose levels rapidly fall.
A. insulin is not available in the body.
What is excessive eating caused by cellular “hunger” called?
polyphagia
Hemoglobin is:
A. a key component of the blood and is produced in response to an infection.
B. found within the red blood cells and is responsible for carrying oxygen.
C. essential for the formation of clots, such as when vessel damage occurs.
D. the fluid portion of the blood that transport cells throughout the body.
B. found within the red blood cells and is responsible for carrying oxygen.
Patients with thrombophilia are at an increased risk for:
A. hemorrhagic stroke
B. various cancers
C. acute arterial rupture
D. pulmonary embolism
D. pulmonary embolism
Patients with type 2 diabetes usually control their disease with all of the following, EXCEPT:
A. tolbutamide (Orinase)
B. diet and exercise
C. glyburide (Micronase)
D. supplemental insulin
D. supplemental insulin
Patients with uncontrolled diabetes experience polyuria because:
A. low BG levels result in cellular dehydration.
B. excess glucose in the blood is excreted by the kidneys.
C. they drink excess amounts of water due to dehydration.
D. high blood sugar levels cause permanent kidney damage.
B. excess glucose in the blood is excreted by the kidneys.
Proper procedure for administering oral glucose to a patient includes all of the following, EXCEPT:
A. checking the medications expiration date
B. requesting permission from medical control
C. ensuring the absence of a gag reflex
D. assessing the patients mental status
C. ensuring the absence of a gag reflex
Symptomatic hypoglycemia will MOST likely develop if a patient:
A. eats a regular meal followed by mild exertion
B. takes too much of his or her prescribed insulin
C. markedly overeats and misses an insulin dose
D. misses one or two prescribed insulin injections
B. takes too much of his or her prescribed insulin
What is the text book normal blood glucose level?
Between 80 and 120 mg/dL
To which of the following diabetic patients should you administer oral glucose?
A. a semiconscious 40-year-old female without a gag reflex
B. a confused 55-year-old male with tachycardia and pallor
C. a conscious 37-year-old female with nausea and vomiting
D. An unconscious 33-year-old male with cool, clammy skin
B. a confused 55-year-old male with tachycardia and pallor
Type 1 diabetes:
A. typically occurs in PTs between 50 nd 70 years of age
B. is defined as a BG level that is less than 120 mg/dL
C. is a condition in which no insulin is produced by the body
D. is typically treated with medications such as metformin
C. is a condition in which no insulin is produced by the body
When assessing an unresponsive diabetic patient, the primary visible difference between hyperglycemia and hypoglycemia is the:
A. rate of the patients pulse.
B. presence of a medical identification tag.
C. rate and depth of breathing.
D. patients mental status
C. rate and depth of breathing.
Which of the following conditions is the diabetic PT at an increased risk of developing?
A. Blindness
B. Alcoholism
C. Hepatitis B
D. Depression
A. Blindness
Which of the following signs or symptoms would the EMT MOST likely encounter in a PT with new-onset type 1 diabetes?
A. total lack of appetite
B. low BG level
C. weight gain and edema
D. weight loss and polyuria
D. weight loss and polyuria
Which of the following statements regarding sickle cell disease is correct?
A. because of their abnormal shape, red blood cells in PTs with sickle cell disease are less apt to lodge in a blood vessel.
B. In sickle cell disease, the red blood cells are abnormally shaped and less able to carry oxygen.
C. The red blood cells of PTs with sickle cell disease are round and contain hemoglobin.
D. Sickle cell disease is an inherited blood disorder that causes the blood to clot too quickly.
B. In sickle cell disease, the red blood cells are abnormally shaped and less able to carry oxygen.
You have assisted an adult patient with his epinephrine auto-injector. When giving a report to the emergency department nurse, you should inform her that which dose of epinephrine was administered?
A) 0.25 mcg
B) 0.3 mcg
C) 0.3 mg
D) 0.1 mg
C) 0.3 mg
For the EMT to achieve the best results when assisting a patient with epinephrine treatment, the medication should be properly injected into:
A) An artery
B) The skin
C) A muscle
D) A vein
C) A muscle
When reassessing a patient whom you are treating for an anaphylactic reaction, which of these findings would be of the greatest concern?
A) Red, warm, and dry skin, with the patient becoming increasingly agitated
B) Respiratory rate change from 28 to 10 breaths/min with increasing patient lethargy
C) New hives appearing on the chest that were not there upon your arrival
D) Pulse oximetry reading of 95% via high-concentration oxygen
B) Respiratory rate change from 28 to 10 breaths/min with increasing patient lethargy
After assisting a patient with the use of an epinephrine auto-injector, you note that the patient’s blood pressure has improved. As a knowledgeable EMT, you realize that this effect occurred due to epinephrine’s ability to:
A) Relax the smooth muscle of the blood vessels
B) Increase the oxygen-carrying capacity of the red blood cells
C) Constrict blood vessels
D) Increase the number of circulating red blood cells
C) Constrict blood vessels
You are called to an outpatient surgery center for a patient who developed an allergic reaction while receiving an intravenous (IV) antibiotic. How would you document the route of exposure?
A) Ingestion
B) Contact
C) Injection
D) Topical
C) Injection
On scene, you assisted a patient with his epinephrine auto-injector after he was stung multiple times by bees. You are now transporting the patient to the hospital. As you reassess the patient, which of these findings would best indicate that the epinephrine is benefiting the patient?
A) Increasing heart rate
B) Decreasing wheezing
C) Decreasing blood pressure
D) Complaint of fatigue
B) Decreasing wheezing
Why would the patient experiencing an allergic reaction tell you that it is easier to breathe following administration of epinephrine?
A) Decreased blood pressure
B) Drying of mucus in the airways
C) Dilation of the bronchioles
D) Increased blood flow to the lungs
C) Dilation of the bronchioles
Five minutes after assisting a patient with his epinephrine auto-injector, you determine that the patient is getting progressively worse. The patient has a second auto-injector available. What is the priority action the EMT should take at this time?
A) Continue to monitor the patient
B) Administer the second dose of epinephrine
C) Contact medical direction for further orders
D) Request advanced life support (ALS) assistance
C) Contact medical direction for further orders
You have been called to a residence for a female patient who awoke with swollen lips and a rash to her arms and abdomen. In addition, she exhibits a mild expiratory wheeze in all lung fields.
She called her doctor, who advised her to take some Benadryl and call 911 for emergency care.
How will the Benadryl, acting as an antihistamine, benefit this patient?
A) It dilates the patient’s blood vessels and delivers more blood to the brain
B) It inhibits the constriction of the patient’s small airways by blocking histamine
C) It helps the patient’s immune system to deactivate the allergen
D) It acts as an allergen to stop the allergic reaction through histamine stimulation
B) It inhibits the constriction of the patient’s small airways
While you are caring for a patient who wrecked his car, he starts to complain of a rash and itching of his skin. He then tells you that he is allergic to latex, and you are wearing a pair of latex exam gloves. What is the entry mechanism of this antigen to the patient’s body?
A. Injection
B. Ingestion
C. Inhalation
D. Absorption
D. Absorption
Allergic reactions are important for EMS to identify and respond to as rapidly as possible for what reason?
A. The blood pressure drops within the first 10 to 15 minutes of the reaction.
B. Skin hives and redness are very disturbing to the patient.
C. If the EMT cannot get to the patient soon enough, the patient could drive himself to the hospital.
D. Airway closure can occur rapidly and can be fatal.
D. Airway closure can occur rapidly and can be fatal.
Hives are:
A. always accompanied by severe itching.
B. red, itchy flat blotches on the skin.
C. caused by a lack of histamine.
D. raised red blotches over the skin.
D. raised red blotches over the skin.
The body’s defense mechanism that is responsible for fighting off invasion by a foreign substance is a part of the:
A. respiratory system.
B. immune system.
C. anaphylactoid reaction.
D. endocrine system.
B. immune system.
Which substances create allergic reactions in certain individuals?
A. Allergens
B. Antibodies
C. Immunoglobulins
D. Histamines
A. Allergens
You arrive on scene to back up another EMT unit for a patient with an allergic reaction. As you approach the scene, you see one EMT preparing to administer the patient’s auto-injector. Which clinical finding would support the use of the EpiPen?
A. Tachycardia
B. Low pulse oximeter reading
C. Tachypnea
D. Hypoperfusion
D. Hypoperfusion
During an acute allergic reaction, what causes the blood pressure to decrease?
A. Development of skin hives
B. Vasodilation and fluid shifting
C. Fluid shifting out of the gastrointestinal system and into the interstitial spaces
D. Profound vasoconstriction from the chemical mediators that are released
B. Vasodilation and fluid shifting
You are on a call for a patient who dispatch reported was having an acute allergic reaction. Which of the following findings would you NOT expect to see upon arrival?
A. Blisters and jaundice
B. Hives and swelling
C. Sweating and pallor
D. Rash and redness
A. Blisters and jaundice
A substance is introduced directly into the body by which method?
A. Injection
B. Ingestion
C. Absorption
D. Inhalation
A. Injection
A generalized feeling of weakness or discomfort, commonly encountered during an anaphylactic reaction, is called:
A. urticaria.
B. edema.
C. malaise.
D. pruritus.
C. malaise.
You arrive on scene for a patient in respiratory distress. When you approach the patient, you find him lying supine in the yard, unresponsive, and covered with hives, and you note a high-pitched inspiratory shrill sound with every inhalation. One of your immediate field impressions should be:
A. hypoglycemic episode.
B. acute stroke.
C. anaphylactic reaction.
D. seizure activity.
C. anaphylactic reaction.
You have just assisted a patient with his epinephrine auto-injector. The patient states that he has never taken epinephrine before. What would be the appropriate EMT response about how the drug may make him feel?
A. “If you pass out, that is normal. I will just give you some oxygen if that happens.”
B. “Be prepared to feel dizzy and nauseated. These effects are common when taking epinephrine.”
C. “The epinephrine may make you drowsy, so just close your eyes.”
D. “You may feel a little shaky, but that is normal and will pass.”
D. “You may feel a little shaky, but that is normal and will pass.”
A patient is covered with hives. He is responsive to painful stimuli but has labored respirations with an inspiratory stridor sound, bilateral wheezing, and a weak and rapid pulse. His vital signs are pulse, 128; respirations, 24 breaths/min; and blood pressure, 80/50 mmHg. Given this presentation, the EMT should suspect that the patient has:
A. Sensitization
B. Anaphylaxis
C. Hypersensitivity
D. Localized allergic reaction
B. Anaphylaxis
A patient who is severely short of breath and covered with hives states that she is allergic to crab. Despite her allergy, she tried some crab dip 10 minutes ago, since it had been “years and years” since she had her last allergic reaction. Which question should the EMT ask first?
A. “Do you have an epinephrine auto-injector?”
B. “Which medications are you currently taking?”
C. “How many allergic reactions have you had?”
D. “Why did you eat the dip if you are allergic to crab?”
A. “Do you have an epinephrine auto-injector?”
When assessing a patient with a suspected anaphylactic reaction, which of these findings would you expect?
A. Weak, rapid radial pulse
B. Slow and bounding radial pulse
C. Normal to slightly increased blood pressure
D. Rapid and strong carotid pulse
A. Weak, rapid radial pulse
For the EMT to achieve the best results when assisting a patient with epinephrine treatment, the medication should be properly injected into:
A. An artery
B. The skin
C. A muscle
D. A vein
C. A muscle
When administering epinephrine to an infant or child, the EMT would place the injector at which site?
A. Hip muscle
B. Outer buttock
C. Upper arm
D. Lateral thigh
D. Lateral thigh
A panicked and anxious patient tells you that he is allergic to peanuts and thinks he may have accidentally eaten some. He states that the last time he ate peanuts he almost died and needed to have a “tube put in his throat.” When assessing this patient, which of these signs or symptoms would provide the best evidence that the patient is having an allergic, and possibly an early anaphylactic, reaction?
A. Cool and dry skin
B. Elevated blood pressure
C. Panic and anxiety
D. Hives on his chest
D. Hives on his chest
What is the best explanation of why patients experiencing an anaphylactic reaction have difficulty breathing?
A. Histamine constricts the bronchioles
B. Antibodies depress the brain’s respiratory center
C. Antigens increase the body’s need for oxygen
D. Allergens use the available oxygen molecules
A. Histamine constricts the bronchioles
Regarding the pathophysiology underlying anaphylaxis, which of these statements is true?
A. Smooth muscle dilation in the lungs impairs the exchange of oxygen
B. Histamine causes the capillaries to become leaky and bronchioles to constrict
C. High blood pressure forces blood from the blood vessels, resulting in airway edema
D. Immunoglobulin E molecules make antibodies that cause bronchoconstriction and vasodilation
B. Histamine causes the capillaries to become leaky and bronchioles to constrict
How should an EMT assist a patient in taking his epinephrine auto-injector?
A. Place the injector against the deltoid muscle in the arm, and push the plunger to slowly inject the medication
B. Pinch the skin on the lateral thigh, press the injector against the skin, and rapidly push the plunger to inject the medication
C. Press the injector onto the lateral thigh, and wait for it to automatically inject
D. Pinch the skin on the anterior thigh, press the injector against the skin, and wait until it activates
C. Press the injector onto the lateral thigh, and wait for it to automatically inject
After assisting a patient with the use of an epinephrine auto-injector, you note that the patient’s blood pressure has improved. As a knowledgeable EMT, you realize that this effect occurred due to epinephrine’s ability to:
A. Increase the oxygen-carrying capacity of the red blood cells
B. Constrict blood vessels
C. Increase the number of circulating red blood cells
D. Relax the smooth muscle of the blood vessels
B. Constrict blood vessels
You are responding to a call for an allergic reaction. Your partner is a new EMT and this is his first call. When prepping him on how the scene and the patient may present, which instruction regarding the assessment and treatment of an allergic reaction and/or anaphylaxis would be correct?
A. “Our first priority will not be to determine what caused the allergic reaction, but to treat the patient according to his or her symptoms.”
B. “If the allergic reaction was caused by exposure to chocolate or eggs, we will not be able to administer epinephrine.”
C. “If the allergic reaction was caused by food, we will need to administer activated charcoal.”
D. “Epinephrine really should be given to any patient experiencing even a mild allergic reaction to prevent anaphylaxis.”
A. “Our first priority will not be to determine what caused the allergic reaction, but to treat the patient according to his or her symptoms.”
Five minutes after you assist a patient with her epinephrine auto-injector, the patient states that she feels much better and would like to refuse additional care and transport to the hospital. Which of these statements by the EMT would be most appropriate given this situation?
A. “Epinephrine can make you very sleepy. You can refuse to be transported, but just make sure that someone is here to keep an eye on you.”
B. “The epinephrine will start to wear off in 10 or so minutes. Let’s see how you are doing then before thinking about refusing transport.”
C. “Once we help you take your epinephrine, the law requires that you be transported to a hospital for additional care.”
D. “If you feel better now, there is probably no need to go to the hospital. I will get the refusal form for you to sign.”
B. “The epinephrine will start to wear off in 10 or so minutes. Let’s see how you are doing then before thinking about refusing transport.”
Which of these assessment findings would indicate that the patient is experiencing an anaphylactic reaction after a bee sting and requires immediate intervention?
A. Hives to the arm that was stung and a heart rate of 96 beats/min
B. Edema to the feet, with an SpO2 of 93% on room air and mild dyspnea
C. Swollen lips and oral mucosa, with a blood pressure of 84/50 mmHg
D. Localized swelling around the site of the bee sting
C. Swollen lips and oral mucosa, with a blood pressure of 84/50 mmHg
A patient has been stung by a bee. Which of these findings would be present in anaphylaxis, but not in a local allergic reaction?
A. Hypotension
B. Swelling at the site of the sting
C. Hives
D. Anxiousness
A. Hypotension
You have assisted an adult patient with his epinephrine auto-injector. When giving a report to the emergency department nurse, you should inform her that which dose of epinephrine was administered?
A. 0.1 mg
B. 0.3 mcg
C. 0.3 mg
D. 0.25 mcg
C. 0.3 mg
What is the most severe form of an allergic reaction called?
A. Anaphylaxis
B. Hypersensitivity
C. Antigen response
D. Rhinorrhea
D. Rhinorrhea
A football player in full uniform has been stung by a bee. Your assessment reveals him to be confused with stridorous respirations and weak radial pulses. His skin is warm and flushed and covered with hives. Vital signs are pulse, 164; respirations, 28 breaths/min; blood pressure, 74/58 mmHg; and SpO2, 87%. The coach notifies you that the patient is allergic to bees and hands you the patient’s epinephrine pen. Your next action would be to:
A. Lift the shirt over the patient’s abdomen and administer the epinephrine into his abdomen below the umbilicus
B. Completely expose the patient and administer the epinephrine into his anterior thigh
C. Administer the epinephrine through a pad-less area of the patient’s pants over the side of his thigh
D. Lift the patient’s shoulder pads and shirt and administer the epinephrine into his upper arm muscle
C. Administer the epinephrine through a pad-less area of the patient’s pants over the side of his thigh
What is the most common trigger of anaphylaxis?
A. Medications
B. Food
C. Insect stings
D. Plants
B. Food
You have arrived by the side of a lethargic patient who is allergic to latex and was exposed to it when she spilled a latex-containing powder on her right hand. She is able to speak only a few words with each breath, and a quick glance at the pulse oximeter reveals the saturation is in the 80-90% range. Additionally, the patient’s tongue is swollen and her respirations are rapid, labored, and noisy. Which action is your immediate priority?
A. Wash the latex powder from the patient’s hand
B. Insert an oropharyngeal airway
C. Start positive pressure ventilation
D. Obtain a heart rate and blood pressure
C. Start positive pressure ventilation
When reassessing a patient whom you are treating for an anaphylactic reaction, which of these findings would be of the greatest concern?
A. New hives appearing on the chest that were not there upon your arrival
B. Pulse oximetry reading of 95% via high-concentration oxygen
C. Respiratory rate change from 28 to 10 breaths/min with increasing patient lethargy
D. Red, warm, and dry skin, with the patient becoming increasingly agitated
C. Respiratory rate change from 28 to 10 breaths/min with increasing patient lethargy
A 39-year-old female patient, who is allergic to shellfish, thinks that she may have accidentally ingested some that was mixed into her food at a restaurant. When assessing her, which of these statements made by the patient would be suggestive that she is in the early stages of an anaphylactic reaction?
A. “I feel dizzy and weak.”
B. “I suddenly feel like a have a lump in my throat.”
C. “I feel as though I am getting a fever.”
D. “My heart suddenly feels as though it is skipping some beats.”
B. “I suddenly feel like a have a lump in my throat.”
An awake but confused patient experiencing an allergic reaction begins to exhibit stridorous respirations. The EMT knows that the underlying condition responsible for this presentation is:
A. Loss of the gag reflex
B. Constriction of the small airways
C. Spasm of the lower airway
D. Swelling to the upper airway
D. Swelling to the upper airway
During the primary assessment, which of these findings would most lead the EMT to suspect an allergic reaction?
A. Blood pressure of 100/60 mmHg
B. Complaint of dizziness
C. Hives to the face and neck
D. Heart rate of 112 beats/min
C. Hives to the face and neck
A young female patient, who is allergic to peanuts, was just exposed to peanut butter in a sandwich at a church picnic. Assessment reveals her to be alert and oriented, with swollen lips and hives on her face. She is breathing adequately at a rate of 18 breaths/min and has a heart rate of 82 beats/min. Your partner advises you that her blood pressure is 118/72 mmHg and room-air SpO2 is 92%. The patient states that she also has asthma, for which she uses an inhaler. What should you do first?
A. Provide supplemental oxygen
B. Determine the amount of peanut butter consumed
C. Start positive pressure ventilation
D. Assist the patient with her inhaler
A. Provide supplemental oxygen
A patient develops an allergic reaction after taking penicillin. In this case, the penicillin would be recognized by the body as:
A. A form of immunoglobulin E
B. An antibody
C. A mast cell
D. An antigen
D. An antigen
After you assist a patient with his epinephrine auto-injector, which of these statements made by the patient best indicates that the epinephrine is working and the patient is improving?
A. “My heart feels as though it is racing.”
B. “I am more relaxed and getting sleepy.”
C. “I am getting a little bit of a headache.”
D. ”My breathing feels a lot easier.”
D. ”My breathing feels a lot easier.”