The X axis on a Speed Graph is always

Answers

Answer 1
Answer: the time is plotted on the x axis

Related Questions

Consider the skeleton. The human skeleton is shown. The femur is highlighted. Which type of bone is indicated by the arrow? long irregular flat short
How does human evolution or natural selection relate to the susceptibility of disease?
Which of the following statements is correct? a. RNA contains the genetic code. b. RNA reads and translates the DNA code c. DNA reads and translates the RNA code d. DNA synthesizes protein
​Which of the following professional associations advances the nursing profession by creating high standards for nursing practice?
why is the preservation of ancestor species, such as mexican teosinte (zea diploperennis), important for human welfare?

Identify the abiotic limiting factor from the choices below.a. biodiversity
b. food
c. water
d. plant cover

Answers

Factors that limit population size are space, food, shelter, water, climate, competitive exclusion, and temperature.  This means that the carrying capacity of an ecosystem, which is the total number of organisms it can support, will be limited. They can be abiotic or biotic. Abiotic factors that limit this capacity include sunlight, temperature, chemical environment... while biotic factors include  food, predators, disease, competition for resources.

The abiotic limiting factor from the choices below is water. Correct answer: C


The abiotic limiting factor or the limiting factor that is non-living from the choices above would be letter c. Water is the abiotic limiting factor because it is a inorganic compound and is a non-living component of the environment.

What kind of material help to cleanse ground water through the exchange of compounds and elements?

Answers

The correct answer is clay. Clay is the kind of material help to cleanse groundwater through the exchange of compounds and elements. Clay is the grained natural rock that is a combination of clay materials including organic matter.

When a plant is not strong enough to support its own weight what is most likely the problem

Answers

The problem is that the plant is not creating enough cellulose when it is unable to sustain its own weight.

Why is cellulose important to support the tree weight?

  • When a plant is not making enough cellulose, it cannot survive. A molecule called cellulose is found in all living things.
  • Cellulose is an essential element that plants need for strength in the case of plants.
  • Plants have thick cell walls that surround their individual cells thanks to the presence of cellulose.
  • Consequently, the various components of a plant, including the stem, branches, leaves, etc., have a strong character.
  • A plant can't maintain itself and begins to bow when its cellulose content is lower than it should be.

learn more about cellulose here: brainly.com/question/25118189

#SPJ2

The plant is not producing enough cellulose.

An insect is able to walk across the suurface of the oond without sinking because of the

Answers

the insect is so light.
Surface tension is caused by cohesion (the attraction of molecules to like molecules). Since the molecules on the surface of the liquid are not surrounded by like molecules on all sides, they are more attracted to their neighbors on the surface.

1. All fungi are ____A. Photosynthetic
B. Heterotrophic
C. Autotrophic
D. Parasitic

Answers

Answer:

All fungi are heterotrophic. (B)

Test your understanding of the term denaturation by deciding which of the following statements are true. 1- Protein denaturation involves cleavage of its peptide bonds. 2- Denaturation of an enzyme will cause a loss of its catalytic activity. 3- Denaturation and digestion refer to the same process. 4- A denatured protein has a different primary structure than its native state. 5- A denatured protein has a different tertiary structure than its native state.

Answers

The right answer for the question that is being asked and shown above is that: "5- A denatured protein has a different tertiary structure than its native state." The statement that is true about denaturation is that 5- A denatured protein has a different tertiary structure than its native state.