Engaging in regular physical activity and strength training improves both a person’s body composition and muscle mass.
True
False

Answers

Answer 1
Answer: true this is because engaging in regular physical activities improves body composition and muscle mass
Answer 2

Answer:

true

Explanation:


Related Questions

you have to put the words with the right meaning of it

Answers

(1. g (2. b (3. h (4. c (5. i (6. j (7. f (8. d (9. e (10. a

can confirm for the other answer ^!!!

Question 4 (1 point)
Engaging in regular moderate physical activity strengthens bones and muscles and lowers the risk of certain diseases, such as type 2 diabetes.
True
False
Question 5 (1 point)
Aerobic activities, such as lifting weights or doing push-ups, use the energy stored in your muscles to supply the body with the fuel it needs.
True
False

Answers

For question 4, the answer is True. Engaging in regular moderate physical activity strengthens bones and muscles and lowers the risk of certain diseases, such as type 2 diabetes.
For question 5, the answer is False. Aerobic activities, such as running or biking, use the energy stored in your muscles to supply the body with the fuel it needs.
the answer is true and the 2nd one is false

Question 1. What determines the similarities in anatomical features among organisms?


A. genes and chromosomes


B. shared habitat


C. geographical location


D. weather and climate


Question 2. What is the relationship among cells, chromosomes, genes, and DNA?


A. Tightly wound strands of chromosomes contain genes and are found in cells. The genes are coded sequences of nucleotide read by DNA.


B. DNA is a double-helix structure found in the cell nucleus. Chromosomes straighten out the DNAso the code can be read by genes.


C. DNA is straightened by genes which are contained in the chromosomes of a cell.


D. Chromosomes are tightly wound strands of DNA located in cells. Genes are sections of DNA.


Question 3. What is true of all body cells except sex cells?


A. Each body cell contains the same number and kinds of chromosomes for that organism. The chromosomes contain the same number and kinds of genes for that individual.


B. Each cell type carries chromosomes and genes that identify it as that specific type of cell. For example, skin cells have different chromosomes and genes than muscle cells.


C. While each cell type in the body contains the same kinds of genes, they are organized on different chromosomes depending on the cell type.


D. While each cell in the body contains the same number of chromosomes, each cell type has different genes along those chromosomes.


Question 4. A botanist has the juiciest tomatoes in his backyard garden.


What is true about these tomatoes?


A. They are grown by someone with a green thumb, so they grow better.


B. They are saltier, so they absorb more water from their surroundings, making them juicier.


C. They are watered more often than tomatoes grown in other gardens.


D. They are grown from seeds that come from plants that produce juicier fruit.


Question 5. Which headline would be an example of genetic engineering?


A. Mrs. O'Hara Gives Birth to Fourth Redhead


B. Bacteria Make Human Insulin


C. Liver Cells Improves Clotting Time in Hemophilia Patients


D. Farmer Brown's Pigs: Best Quality Ham for the Money

Answers

-1

Answer: A

Explanation: Genes and chromosomes determine the similarities in anatomical features among organisms.

-2

Answer: D

Explanation: Chromosomes are tightly wound strands of DNA located in cells. Genes are sections of DNA.

-3

Answer: A

Explanation: Each body cell contains the same number and kinds of chromosomes for that organism. The chromosomes contain the same number and kinds of genes for that individual. The exception to this rule is sex cells, which have half the number of chromosomes as normal body cells because they combine with another sex cell during fertilization.

-4

Answer: D

Explanation: The tomatoes are grown from seeds that come from plants that produce juicier fruit. Juiciness is a trait that can be passed down through genes.

-5

Answer: B

Explanation: "Bacteria Make Human Insulin" would be an example of genetic engineering. In this case, scientists have genetically engineered bacteria by inserting human insulin genes into them so that they produce insulin that can be used by humans.


Please correct me if I misunderstood anything!

Q1 = A
Q2=D
Q3=A
Q4=B
Q5=B
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