Answer:
It keeps young children from hurting themselves on sharp objects, corners, and from getting into harmful things!
Explanation:
true or false?
Answer:
this answer is true
Explanation:
tookt he test
Conflict resolution is a way for two or more parties to find a peaceful solution to a disagreement among them .
I hope that's help !
The statement which best explains why ball and socket joints have the greatest range of motion is that the cup shape of the socket allows for nearly circular motion
A joint is a place where two or more bones meet.
Few examples of joint types are as follows:
So therefore, The statement which BEST explains why ball and socket joints have the greatest range of motion is that the cup shape of the socket allows for nearly circular motion
Learn more about joints:
Answer:
The answer is D) the cup shape of the socket allows for nearly circular motion
Explanation:
b. Lifting weights
c. Throwing softballs at targets
d. Walking the track
A PE student wants to work toward achieving his goal of 60 minutes of moderate to vigorous exercise during class. Playing 3-on-3 basketball is most likely to help accomplish the goal of 60 minutes of moderate to vigorous exercise during PE class.
Vigorous-intensity aerobic activity means you're breathing hard and fast, and your heart rate has gone up quite a bit. You may use the Talk Test to gauge the intensity of your aerobic physical activity.
Vigorous activities require the highest amount of oxygen consumption to complete the activity. Examples of vigorous physical activities include: running (5 mph >), swimming, shoveling, soccer, jumping rope, carrying heavy loads.
While vigorous exercise offers many health benefits, it's not appropriate for everyone. If you have a health condition or you haven't been active in a while, make sure to talk with your doctor before working out at a more strenuous level.
Learn more about vigorous exercise:
#SPJ3
playing 3 on 3 basketbal
c. Cigarettes
b. Alcohol
d. All of the above
drugs?
The primary problems in treating viral infections with drugs include the difficulty of targeting the virus without harming host cells, the rapid mutation rate of viruses leading to drug resistance, the ability of some viruses to hide inside host cells, the complexity of viral life cycles requiring multiple drugs, and the time-consuming and expensive development of antiviral drugs.
Treating viral infections with drugs can be challenging due to several primary problems. One major problem is that viruses use the host's cellular machinery to replicate, making it difficult to target the virus without harming the host cells. This is because antiviral drugs often target viral proteins or enzymes involved in viral replication, which can also be present in the host cells.
Another challenge is the rapid mutation rate of viruses. Viruses can mutate and evolve quickly, leading to the emergence of drug-resistant strains. This means that a drug that was once effective against a particular virus may become ineffective as the virus mutates.
Additionally, some viruses have the ability to hide inside host cells, making it difficult for drugs to reach and eliminate them. These hidden viruses can remain dormant and reactivate later, causing recurrent infections.
Furthermore, the life cycles of some viruses are complex, involving different stages and viral proteins. This complexity may require multiple drugs to target each stage effectively, making treatment more challenging.
Lastly, the development of antiviral drugs can be time-consuming and expensive. It requires extensive research, testing, and clinical trials to ensure the safety and efficacy of the drugs. This limits the availability of effective treatments for all viral infections.
Learn more about problems in treating viral infections with drugs here:
#SPJ14