Answer:
1.- Low frequency
2.- cardiorespiratory fitness
3.- alternate workouts
Explanation:
1.- To low frequency it means to reduce the number of heart beats per minute, this could be due to the reduction of exercises.
2.- If you combine some physical activities, but in the same category, like in this example, both of them are cardio exercises, so, the body will improve the hearth resistance to bump more blood.
3.- If you want to work different muscles in your body, the alternate workouts is the best option because one day you can work with legs, another day, the arms, another day the abdominal area, etc.
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b. All STIs can be cured with antibiotics and an aggressive treatment plan.
c. Many STIs can't be cured with antibiotics or any other type of treatment.
d. All STIs can only be managed through the use of antiviral drugs.
The statement which is true about curing STIs is that: A. many STIs can be cured with proper treatment, but some can only be managed.
STI is an acronym for se×ually transmitted infection and it can be defined as an infection that is easily transmissible or contractible from an infected person, especially through unprotectedse×ual intercourse (contact) only.
According to the World Health Organization (WHO), many se×ually transmitted infections (STIs) can be cured through proper treatment, but some can only be managed over a period of time.
Read more on STIs here: brainly.com/question/1304618
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Many STIs can be cured with proper treatment, but some can only be managed.
The correct statement about curing STIs is option a. Many STIs can be cured with proper treatment, but some can only be managed.
Bacterial STIs, such as chlamydia, gonorrhea, and syphilis, can generally be cured with antibiotics. However, viral STIs, like genital herpes, hepatitis B, and HIV/AIDS, cannot be completely cured, but they can be managed with antiviral drugs.
It is important for individuals to seek proper medical treatment, practice safe sex, and undergo regular screenings to prevent and manage STIs.
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a. Stimulus control
b. Response substitution
c. Nicotine replacement
d. Withdrawal
2. Even people who use tobacco casually can form a(n) _____ and have a difficult time quitting.
3. What are two products a former smoker can use to ease the withdrawal symptoms of smoking cessation?
Answer:
1. nicotine replacement
2. Addiction
3. Bupropion, sustain, release.
Explanation:
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Answer:
1. Withdrawl
2. Addiction
3. Nicotine patch or Nicotine gum
Answer:
False.
Explanation:
Alcohol is a psychoactive substance with a large and varied number of effects on the body and therefore its combination with driving can be fatal. As a central nervous system depressant, alcohol acts on several organs. In the first doses it is a stimulant and generates the sensation of excitement. However, inhibitions and judgment are affected. For this reason, we can say that alcohol does not restrict impulsive behavior, but stimulates it.
As consumption increases, motor skills and reaction time will also suffer. In high doses, it may cause drowsiness or even fainting.
Alcohol consumption affects brain functions gradually. Starting with emotions (mood swings) to the ability to concentrate and reason. Drunk individuals have a higher risk of getting involved in a traffic collision. The physiological changes caused by the substance increase the likelihood of accidents occurring, both for drivers (motorcycle, car or bicycle) and pedestrians.
Yes, it is true that alcohol weakens a driver's inhibitions, leading to impulsive and potentially hazardous decisions while driving. This is caused by alcohol's effect on the brain's prefrontal cortex.
The statement in question, 'Alcohol weakens a driver's inhibitions, which are the inner forces of one's personality that hold back or restrain one's impulsive behavior,' is true. Alcohol is known to lower inhibitions, leading to a likelihood of impulsive, risky decisions being made. This is particularly dangerous in the context of driving, as it can result in reckless behavior such as speeding, running red lights, or failing to wear a seatbelt. The decrease in inhibitions occurs due to the effect alcohol has on the brain's prefrontal cortex, the area responsible for decision-making and controlling social behavior.
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