Which type of species from above is more likely to be an invasive species? Why?

Answers

Answer 1

Answer:

Answer: Here's my answer

Step-by-step explanation:

To determine which type of species is more likely to be an invasive species, we need to consider certain characteristics and factors that contribute to invasiveness. While the question does not provide specific options or types of species, I can provide you with some general information about invasive species to help you understand which characteristics make a species more likely to be invasive.

1. Fast growth and reproduction: Invasive species often have a rapid growth rate and reproduce quickly, allowing them to outcompete native species for resources. This can lead to a decline in biodiversity and disrupt ecosystem balance.

2. Lack of natural predators or diseases: Invasive species may have evolved in a different habitat where they are not naturally controlled by predators, parasites, or diseases. This lack of natural checks and balances can allow invasive species to thrive and spread rapidly in new environments.

3. Ability to adapt to new environments: Invasive species are typically able to adapt and survive in a wide range of environmental conditions. They can tolerate different climates, soil types, or water conditions, which allows them to establish and thrive in new areas.

4. High reproductive capacity and dispersal mechanisms: Invasive species often have efficient mechanisms for dispersal, such as producing large numbers of seeds, having long-distance dispersal methods (e.g., wind, water, or hitchhiking on animals), or having a strong ability to reproduce vegetatively (e.g., through runners, rhizomes, or fragmentation).

5. Competitive advantage over native species: Invasive species may possess traits that give them a competitive edge over native species. This could include traits such as rapid growth, efficient resource utilization, allelopathy (the ability to release chemicals that inhibit the growth of other plants), or resistance to herbivores.

It's important to note that the likelihood of a species being invasive can also depend on the specific ecosystem and context. Some species may be invasive in one region but not in another due to differences in environmental conditions and the presence of natural controls.

To determine which specific species from the given options is more likely to be invasive, we would need additional information about their characteristics, native range, and ecological impact.

Related Questions

Please help me out with this
How to add and subtract fractions
Which two numbers add up to 6 and muliply to -126
Simplifying radicals: √196s²
What number should be added to both sides of the equation to complete the square?x2 – 6x = 5

HELP HELP HELP HELP !!!!!!

Answers

Answer:

Step-by-step explanation:

that is what I know and if I'm wrong please tell me right away I'll try it out again thank you

Answer:

5 meters

Step-by-step explanation:

The room is rectangular, so the two walls and the diagonal (distance between opposite corners) form a right triangle.

We can use $a^2 + b^2 = c^2$ to compute the other wall's length:

$13^2 = 12^2 + x^2\n169 = 144 + x^2\n25 = x^2\nx = \pm 5$

The shortest distance from the center of the inscribed circle to the triangle's sides is the circle's _____.A. Circumference
B. radius
C. Incenter
D. Diameter

Answers

Answer:

The shortest distance from the center of the inscribed circle to the triangle's sides is the circle's radius

Step-by-step explanation:

Radius- is a line from any point in the circumference to the center of the circle. if they are two they are known as radii and they have the equal distance.

When you divide the diameter by two you get the radius.

Its Radius, so the answer is B.

Find the given term 11, -33,99 9th term

Answers

Assuming the sequence goes on like this 11,-33,99,-297,891,...,
its general formula is $a_n=-11\cdot(-1)^n\cdot3^(n-1)$

So, the 9th term is
$a_9=-11\cdot(-1)^9\cdot3^(9-1)=-11\cdot(-1)\cdot6561=72171$

The points -5,2 and -5,8 lie on a circle with a radius of 3. Find the center of the circle.

Answers

The formula of a distance between two points:

$d=√((x_2-x_1)^2+(y_2-y_1)^2)$

We have two points A(-5, 2) and B(-5, 8). Substitute:

$d=√((8-2)^2+(-5-(-5))^2)=√(6^2+0^2)=√(6^2)=6$

d is a diameter of a circle because d = 2r = 2(3).

The center of a circle is in midpoint of AB.

The formula of a midpoint:

$M\left((x_1+x_2)/(2),\ (y_1+y_2)/(2)\right)$

Substitute:

$(-5+(-5))/(2)=(-10)/(2)=-5\n\n(2+8)/(2)=(10)/(2)=5$

Answer: (-5, 5).

Patty is 50 mi. due north of Todd. Emma is due east of Todd. The angle between the direction of the shortest distance from Emma and Patty and due east is 40°. To the nearest mile, how far is Emma from each person?

Answers

For this it would be helpful if you draw a diagram of the situation. You will see that a right triangle can be formed from the problem. We use trigonometric functions to solve. We do as follows:

sin 40 = 50/y
tan 40 = 50/x

Solving we obtain,
x = 60 mi
y = 78 mi

Hope this answers the question. Have a nice day.

Answer:

Hence, the distance between Todd and Emma is:41.955 mi.

and the distance between Patty and Emma is:32.14 mi.

Step-by-step explanation:

We will see that we will get a right angled triangle based on our information(The graph is attached to the answer)

Now let x denotes the distance between Emma and Todd.

and y denotes the distance between Emma and Patty.

Now as the triangle is right angled so we can use the trignometric identities to find the distance.

$\tan40\degree=(50)/(x)$

this means $x=\tan40\degree * 50$

Now as $\tan40\degree=0.8391$

Hence, $x=41.955 \text{mi.}$

Similarly,

$\sin40\degree=(50)/(y)$

Hence $y=32.14 \text{mi.}$

Which statements describe the graph of y = 4x2 + 28x + 49? Check all that apply. The graph has two x-intercepts because 4x2 + 28x + 49 has two different factors. The equation 2x + 7 = 0 can be used to find a zero of the function. The equation (2x – 7)2 = 0 can be used to find the y-intercept. The graph has a double root at x = StartFraction negative 7 Over 2 EndFraction. The graph intersects the y-axis at y = 49.

Answers

Answer:

b,d, and ,e

Step-by-step explanation:

on edge ;)

Answer:

The equation 2x+7=0 can be used to find a zero of the function. The graph intersects the y-axis at 49

Step-by-step explanation:

The other statements are not correct because since (2x+7)^2 gives the polynomial function y=4x^2 +28x + 49, there are "two" answers, but it is the sa,e answer of -7/2. The graph also does not have a double root at -7/2, that is the x-intercept

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