What kind of mood are you in? (Use emojis)

Answer:

I would say it was G

Explanation:

Answer:G

Explanation:

Answer:

false

Explanation:

Answer:

Calisthenics are exercises that use your bodyweight for resistance and are designed to strengthen and tone your muscles and increase muscular endurance.

Explanation:

I didnt understand the question that much...but hope that helps!

Answer:

F - frequency

Explanation:

Answer:

frequency

Explanation:

Answer: I think this solves your missing numbers

5=thyroid gland

6=endorphins

7= epinephrine

8= endocrine system

Answer:

Refusing to take care of yourself can lead to things like, lack of sleep, depression, and becoming mentally, physically and emotionally unhealthy.

Answer:

D.) the peer pressure to smoke

Explanation:

Answer:

D

Explanation:

it doesn't absorb vitamin D

The integumentary system excretes wastes and regulates body temperature. The skin is the body's initial defense against bacteria, viruses and other microbes

The Integumentary System does not d. Absorb Vitamin D

The Integumentary System is comprised of the skin, hair and nails which means that it is the outermost part of our body.

As such, its functions include:

In conclusion, absorbing vitamin D is not a function of the Integumentary system but it still has a lot of integral functions to the body.

Find out more at https://brainly.com/question/3492100.

Answer:

B. Neither team had an easy time hiking; the Valley team's cells needed more glucose from broken-down starch for a reaction, and the Mountain team's cells needed more oxygen from air.

Explanation:

These is the question with the options below;

Two teams of scientists hiked 10 kilometers to different study sites. Before their hike, the Valley

team ate a lunch of mostly protein. The Mountain team ate a lunch of a mix of starch and protein, but

hiked at high altitude, where there is much less oxygen. Which team probably had an easier time

hiking?

a

Both teams had an easy time hiking because their digestive systems broke down proteins

into amino acids for cells to release energy.

b

Neither team had an easy time hiking: the Valley team's cells needed more glucose from

broken-down starch for a reaction, and the Mountain team's cells needed more oxygen from

air.

С

The Mountain team had an easier time hiking: their cells released energy from protein

reacting with glucose, which was broken down from starch in the digestive system.

d

The Valley team had an easier time hiking; their cells released energy from protein breaking

down in the digestive system, which then combined with oxygen in cells.

We are informed about Two teams of scientists who hiked 10 kilometers to different study sites. Before their hike, the Valley team ate a lunch of mostly protein. The Mountain team ate a lunch of a mix of starch and protein, but

hiked at high altitude, where there is much less oxygen. In this case both the team doesn't had easy time hiking, the Valley team requires in their cell more glucose from broken-down starch for reactions ,the Mountain team on the other hand required more oxygen in their cell as they go higher, since they ate a a mix of starch and protein for lunch.

Neither team had an easy walk.

We can come up with these answers because:

In short, the team that is climbing the mountain will have a lot of energy, but little oxygen. While the other team will have a lot of oxygen and little energy.

More information:

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Answer:

D !!

Explanation:

Instagrams to follow!!

( at ) rosiratterlll

(at) underscore be ( dot ) leenn

(at) underscore this underscore one underscore guy

(at) bryonn ( dot ) brian

Answer:

**nuclear fusion**

So creating a brand new element requires loading an atom's nucleus with more protons. Stars create new elements in their cores by squeezing elements together in a process called nuclear fusion. First, stars fuse hydrogen atoms into helium.

Answer:

the awnser is false

Explanation:

Answer:

D. live strong

Explanation:

hope I helped

Answer:

live strong and shapeupamerica

Explanation:

Answer:

120 minutes if you convert 2 hours to minutes its 120

Answer:

romennnn Noodleessss duhhhh

Explanation:

:))

Explanation:

I think you should eat noodles cause it contains calcium for strong bones, carbohydrate for formation of red blood, iron for cells for good blood, Vitamin A for good eye sight, Protein to help the body grow. I hope this helps

Answer:

Answer:

The heart. Because you can not keep on living without a heart! Unlike your brain, you still live but you are unconscious.  

Answer:

no :)

Explanation:

Answer:

esophag/o/gastr/o/duoden/o/scopy

esophag – word root for esophagus

gastr – word root for stomach

duoden –  word root for duodenum

-scopy – suffix for visual examination

o – combining vowel used between word parts to ease pronunciation.

O is most often used as the combining vowel, so if you are stumped as to whether to use an o or a between esophag and gastr, go for the o.

Explanation:

There are three root words in the word Esophagogastroduodenoscopy. These are esophag (esophagus), gastr(gastric or stomach) and duoden(duodenum).

While studying any course of biology, it's important to learn to identify the meaning of words and their parts because they can often give clues regarding the meaning or definition of a term, a function, or a process.

Scientific terminology is mostly based on the Greek and Latin languages. A lot of prefixes, suffixes, and roots will be used in this and most Biology courses.

This helps with pronunciation by linking the parts of the words together.  “O” is used as a linkage for many words. For example,  the root word “cardi” if linked with the suffix word “-pathy” would make the word difficult to pronounce. Now, if “o” is used to link the root word with the suffix, the completed word would be “cardiopathy” which means heart disease.

Therefore, there are three root words in the word Esophagogastroduodenoscopy. These are esophag (esophagus), gastr(gastric or stomach) and duoden(duodenum).

Read more about root words, here

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#SPJ2

Answer:

the answer would be D

Explanation:

because she worked hard that is why she is breathing hard

A screening test is a procedure or test that is done to see if a woman or her baby might have certain problems. A screening test does not provide a specific diagnosis—that requires a diagnostic test (see below). A screening test can sometimes give an abnormal result even when there is nothing wrong with the mother or her baby. Less often, a screening test result can be normal and miss a problem that does exist. During pregnancy, women are usually offered these screening tests to check for birth defects or other problems for the woman or her baby. Talk to your doctor about any concerns you have about prenatal testing.

First Trimester Screening

First trimester screening is a combination of tests completed between weeks 11 and 13 of pregnancy. It is used to look for certain birth defects related to the baby’s heart or chromosomal disorders, such as Down syndrome. This screen includes a maternal blood test and an ultrasound.

Maternal Blood Screen

The maternal blood screen is a simple blood test. It measures the levels of two proteins, human chorionic gonadotropin (hCG) and pregnancy associated plasma protein A (PAPP-A). If the protein levels are abnormally high or low, there could be a chromosomal disorder in the baby.

Ultrasound

An ultrasound creates pictures of the baby. The ultrasound for the first trimester screen looks for extra fluid behind the baby’s neck. If there is increased fluid found on the ultrasound, there could be a chromosomal disorder or heart defect in the baby.

Second Trimester Screening

Maternal Serum Screen

The maternal serum screen is a simple blood test used to identify if a woman is at increased risk for having a baby with certain birth defects, such as neural tube defects or chromosomal disorders such as Down syndrome. It is also known as a “triple screen” or “quad screen” depending on the number of proteins measured in the mother’s blood. For example, a quad screen tests the levels of 4 proteins AFP (alpha-fetoprotein), hCG, estriol, and inhibin-A. Generally, the maternal serum screen is completed during the second trimester.

Fetal Echocardiogram

A fetal echocardiogram is a test that uses sound waves to evaluate the baby’s heart for heart defects before birth. This test can provide a more detailed image of the baby’s heart than a regular pregnancy ultrasound. Some heart defects can’t be seen before birth, even with a fetal echocardiogram. If your healthcare provider finds a problem in the structure of the baby’s heart, a detailed ultrasound may be done to look for other problems with the developing baby.

Anomaly Ultrasound

An ultrasound creates pictures of the baby. This test is usually completed around 18–20 weeks of pregnancy. The ultrasound is used to check the size of the baby and looks for birth defects or other problems with the baby.

Diagnostic Tests

If the result of a screening test is abnormal, doctors usually offer further diagnostic tests to determine if birth defects or other possible problems with the baby are present. These diagnostic tests are also offered to women with higher risk pregnancies, which may include women who are 35 years of age or older; women who have had a previous pregnancy affected by a birth defect; women who have chronic diseases such as lupus, high blood pressure, diabetes, or epilepsy; or women who use certain medications.

Chorionic Villus Sampling (CVS)

CVS is a test where the doctor collects a tiny piece of the placenta, called chorionic villus, which is then tested to check for chromosomal or genetic disorders in the baby. Generally, a CVS test is offered to women who received an abnormal result on a first trimester screening test or to women who could be at higher risk. It is completed between 10 and 12 weeks of pregnancy, earlier than an amniocentesis.

Amniocentesis

An amniocentesis is test where the doctor collects a small amount of amniotic fluid from the area surrounding the baby. The fluid is then tested to measure the baby’s protein levels, which might indicate certain birth defects. Cells in the amniotic fluid can be tested for chromosomal disorders, such as Down syndrome, and genetic problems, such as cystic fibrosis or Tay-Sachs disease. Generally, an amniocentesis is offered to women who received an abnormal result on a screening test or to women who might be at higher risk. It is completed between 15 and 18 weeks of pregnancy. Below are some of the proteins for which an amniocentesis tests.

AFP

AFP stands for alpha-fetoprotein, a protein the unborn baby produces. A high level of AFP in the amniotic fluid might mean that the baby has a defect indicating an opening in the tissue, such as a neural tube defect (anencephaly or spina bifida), or a body wall defect, such as omphalocele or gastroschisis.

reached.

Answer:

Out of those ones it is Active Ingredients.

Answer:

Fertilization

Explanation:

Answer:

c

Explanation:

what up

Answer:

D

Explanation:

just took the test on edge 2020