When the net force of opposite forces is zero, the forces areA)
not even
B)
unequal
C)
unbalanced
D)
balanced

Answers

Answer 1

Answer:

Answer:

D.) Balanced

Explanation:

if 2 forces push ir pull on an object in opposite directions, and the two forces cancel Each other exactly, the net force is zero

Answer 2

Answer:

Answer:

balanced

Explanation:

Related Questions

The images show two species of tree frogs in a particular region.Two photos of a grey tree frog on the left, and a green tree frog on the right. The gray tree frogs are adapted to the trees of the woodlands, while the green tree frogs can survive in woodlands or grasslands. The gray frog was abundant in the woodlands. Because of climatic changes, most of the trees in the region died, and the woodlands changed to grasslands. In such a case, the . The gray tree frog is closely related to the green tree frog genetically, but they have different mating calls. This suggests that speciation occurred because of .
Infiltration is the process by which rainwater becomes A. ocean water. B. groundwater. C. saltwater. D. river water.
What is the advantage of binary fission for prokaryotes?
3 different ways in which carbon is added to the atmosphere by natural means
The process of making rna from dna is called

You will come to find that everything that makes life possible on earth is all _____.interconnected
independent factors
connected to tectonics
dependent on the Sun

Answers

The answer is interconnected. You will come to find that everything that makes life possible on earth is all interconnected. It is just like the way all the human activities and necessities for the everyday life are all interconnected to nature.

Answer:

The answer is interconnected

Explanation:

have a blessed day

Which form of natural selection on polygenic traits results in the creation of two distinct phenotypes? A. Artificial selection
B. Disruptive selection
C. Directional selection
D. Stabilizing selection

Answers

Which form of natural selection on polygenic traits results in the creation of two distinct phenotypes? The answer is, B. Disruptive selection

Which of the following properties of transposable elements allows them to contribute to the C-value paradox?A. Their copy number can increase from one generation to the next.B. Their replication is controlled by genes found on the transposable element itself.C. Copies of transposable elements can appear on multiple chromosomes.D. All of these choices are correct.

Answers

Answer:

All of these choices are correct.

Explanation:

Transposons are the DNA sequences that can move from one location to another in the genome. The transposon genes are also known as jumping genes.

The C value paradox of the transposable elements depends on the different factors. The transposons can increase their number by copy and paste mechanism. The genes can be controlled by the enzyme transposase and their copies may exist at the different site of the chromosome.

Thus, the correct answer is option (D).

Precision can be defined as the A.exact center of a data set.
B.reproducibility of a measured value.
C.correlation between two variables that are measured in a data set.
D.agreement between a measured value and an accepted value

Answers

Precision can be defined as theA.exact center of a data set.
B.reproducibility of a measured value.
C.correlation between two variables that are measured in a data set.
D.agreement between a measured value and an accepted value

If you are conducting a monohybrid cross of tall (dominant) and dwarf (recessive) plants, the recessive trait in the F1 plants _____. 1. is always masked
2. appears in a ratio of 2:1
3. appears in a ratio of 3:1
4. appears in a ratio of 2:2

Answers

Answer:

The correct answer would be 1. is always masked.

When homozygous or pure bred tall plant (TT) is crossed with homozygous dwarf or pure bred dwarf plant (tt), the offspring produced will always be heterozygus tall (Tt).

Thus, the recessive trait (t) dwarf is always masked by the dominant trait (T) tallness in F₁ generation.

The recessive trait in the F1 plants appears in a ratio of 3:1.

Which process does not release energy from glucose?

Answers

The only process that does not generate energy is Photosynthesis. Photosynthesis does not release energy from glycolysis, whereas cellular respiration, fermentation, and glycolysis do.

How does the body get energy?

The animal, human, and plant all get energy from cellular respiration, which is the oxidation of glucose. Glucose is synthesized by plants, which are producers through the photosynthesis process, and this glucose is synthesized by plants and animals use it for energy production.

The glycolysis process involves oxidation of the glucose to produce pyruvate, which is then fed into the electron transport chain to produce ATP. If the pyruvate does not receive enough oxygen, it enters the fermentation process to produce ATP, but only a small amount of ATP is produced. When the pyruvate gets enough oxygen, complete oxidation of the glucose takes place.

Hence, Photosynthesis, the final option, is the only process that does not generate energy from glucose but makes glucose.

Learn more about the energy or ATP here.

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The question is incomplete, the complete question might be the following.

Which process does NOT release energy from glucose?

a. glycolysis

b. fermentation

c. cellular respiration

d. photosynthesis

Answer:

Photosynthesis