The correct answer is 300cc
Answer:
umm honestly its a relationship so if he wants to do things with his friends go with him his freinds are your friends also
Explanation:
Answer:
The harmful pathogen is the "Staphylococcus aureus" while the "toxins" made him ill.
Explanation:
You will know more about the answer if you know what a Staphylococcus auerus is.
Staphylococcus aureus (Staph)- This is a common foodborne pathogen that causes <u>food poisoning.</u> This is a bacteria which can be commonly found on a person's skin and the upper respiratory tract. This doesn't directly cause illness to humans unless transmitted through food. This is commonly found in unpasteurized products such as dairy products.
The statement above says that Mike ate plain deli meat from the refrigerator. Staph are also common in deli meats or any kind of meat that have come in contact with a person's hands. <u>Deli meats are also precooked, so they don't need to be cooked. </u><u><em>This makes it even easier for staph to dwell and multiply.</em></u> Once they multiply, they can be poisonous to the human body.
Symptoms of Staph Infection are: nausea, vomiting, stomach cramps and diarrhea.
In order to prevent getting infected, it is very important to wash your hands with soap and water and be mindful of the food preparation techniques, cooking and storage condition.
Answer:
I believe the correct answer is loud music.
Explanation:
Just like nerve cells recieve signals in the skin inside the auditory cochlea of the ear there are sensory hair cells that sense vibrations in the cochlea fluid and convert them into signals. Excessive listening of loud music causes an excessive vibration of these hair cells damaging them hence they will not recieve the signals from the oval window dissipated into the cochlea fluid. They convert the vibrations into electrical signals that are recieved by the auditory nerve to be taken to the brain for interpretation. The brain then interprets the signals as sound. The intensity of vibration and its pitch is what is determined as either loudness of lowness of a particular sound.
