5

4. Why is variation between individuals key to evolution?Select one:a. Because environmental conditions can only be selective ifthere are differences among individu...

Question

4. Why is variation between individuals key to evolution?Select one:a. Because environmental conditions can only be selective ifthere are differences among individualsb. Because populations with low variation are less likely toadapt to environmental changec. Because they demonstrate that individuals evolved. A, B and Ce. A and Bf. A and C5. What is the role of mass extinction in macro evolutionaryhistory of life on earth?Select one:a. Leads to adaptive radiation of remaining groupsb. Leads to th

4. Why is variation between individuals key to evolution? Select one: a. Because environmental conditions can only be selective if there are differences among individuals b. Because populations with low variation are less likely to adapt to environmental change c. Because they demonstrate that individuals evolve d. A, B and C e. A and B f. A and C 5. What is the role of mass extinction in macro evolutionary history of life on earth? Select one: a. Leads to adaptive radiation of remaining groups b. Leads to the evolution of more advanced organisms c. Remove selective pressure on remaining groups d. Removes of evolutionary dead ends



Answers

An evolutionary change in which a population of organisms changes its characteristics over many generations in ways that make it better suited to its environment is a. natural selection. b. an adaptation. c. an acquired characteristic. d. evolution. e. both a and c.

We have some scientific terms and we're going to match them to their descriptions. So we have the influx, we have sexual selection. We have extinct genetic drift later. Graham adaptive radiation, co evolution and for enlarging it. And now we're going to match these to some descriptions. Right first. What can lead to interdependent species? So this is co evolution where two species of alongside each other and tend to become symbiotic the changes in populations alien frequency by chance alone. So this is without a selective pressure, purely down to chance. It's going to be genetic threat. Of course, it's more prominent. If you have a small population, see all y'all's enter and leave a population, what this is gene flow. For example, if you have migrants from another population that will introduce the teens or if people leave you lose jeans and therefore you might lose unique alloy wheels. D is evolutionary history. So, evolutionary history. We're looking for file a tinny yeah, adaptive traits make their bearers better securing mates. So we're specifically looking at securing meets them and that's going to make this sexual selection. F is a burst of divergences from one lineage into many. This is adaptive radiation. We have many cases of this. The insects, for example, have had multiple of these. Like when insects developed flight, we then had adaptive radiation into a massive number of niches based on the street. She no more living members. That is an extinct species and hate diagram of sets within sets showing an evolutionary history, genetic relatedness as it played a gram.

When we talk about evolution, why is speciation so significant? Speciation is so significant when we're talking about evolution, because it has resulted in a world with millions of species each adapted for a particular way of life, so we can have evolution without speciation.

Mhm. Let us complete. The following sentence. Evolution includes the major component speciation, which is necessary because it what? So now let us go back and reread our sentence and fill in the blank. Evolution includes the major component speciation, which is necessary because it has resulted in a world with millions of speech sees each adapted for a particular way of life. Okay. Yes, Yeah.

Okay, so we have a matching in this question and the left. We have causes in our dependent species changes because of chance changes because of migration, survival fittest divergences from one line and then raw material for evolution. The right you have gene flow, Natural selection, mutation co evolution adaptation, adaptive radiation, genetic drip. So starting from the top on the left, which so causes of interdependent species. Which of the following on the right best suits that we're gonna go co evolution. This interdependent species that could be things like parasites evolving with their hosts. Or it can be two organisms that are in a symbolic relationship. They are evolving together essentially changes because of chance that's gonna be genetic drift changes because of migration. That is going to be gene flew Then we have survival of the fittest. That will be a natural selection. Divergences from one line that's adaptive adaptation tive radiation and then raw material or sourcing, and Leal's is going to be a mutation


Similar Solved Questions

5 answers
(5 pts) The curveVa?_4.0 <y < a/2, rotated about the y-axis_(9 pts) The curve :2 _ y2 72 rotated about the line ! = r
(5 pts) The curve Va?_4.0 <y < a/2, rotated about the y-axis_ (9 pts) The curve :2 _ y2 72 rotated about the line ! = r...
5 answers
Neglecting air resistance (el_i,i _ll projectile (_,ai ) is fired (Gusl) from level ground NA ~) with a initial velocity V; that makes an angle (0) above the horizontal direction: The launch (3XLI) angle (04) that should be used such that the horizontal range of the projectile equals its maximum height is about:500 420 C.330 D. 760 E. 880ABC
Neglecting air resistance (el_i,i _ll projectile (_,ai ) is fired (Gusl) from level ground NA ~) with a initial velocity V; that makes an angle (0) above the horizontal direction: The launch (3XLI) angle (04) that should be used such that the horizontal range of the projectile equals its maximum hei...
5 answers
1 1 <1 - 2 x < 4
1 1 <1 - 2 x < 4...
5 answers
QUESTION 3Find the characteristic equation of the given matrix [s -1 5 2 1- 0-6 -6 0 -5 (5-N(-6 NJ(-1 - AX2 - N) = 0 (8 - AX3 - ^)-6 - AX-5 - N) = 0 (2 - AX-1 - ^-6 - ^J-5 - ^) = 0 (8 -AX-1 N(5 - A2 - N) = 0
QUESTION 3 Find the characteristic equation of the given matrix [s -1 5 2 1- 0-6 -6 0 -5 (5-N(-6 NJ(-1 - AX2 - N) = 0 (8 - AX3 - ^)-6 - AX-5 - N) = 0 (2 - AX-1 - ^-6 - ^J-5 - ^) = 0 (8 -AX-1 N(5 - A2 - N) = 0...
5 answers
Stan" -1(2x) Bepeniekemke Mkegral f dx 1+4x2E' d KRHMEMRMerm
Stan" -1(2x) Bepeniekemke Mkegral f dx 1+4x2 E' d KRHMEM RMerm...
5 answers
Fern euphylls, also known as megaphylls, probably evolved froma. the leaves of mosses.b. lycophylls.c. branched-stem systems.d. modified roots.e. none of the above.
Fern euphylls, also known as megaphylls, probably evolved from a. the leaves of mosses. b. lycophylls. c. branched-stem systems. d. modified roots. e. none of the above....
5 answers
Graph the derivative of the given functions.
Graph the derivative of the given functions....
5 answers
Eatrle A3lboTH?TrIX CeeroEht OIZeLeio7ennteo37 01KlunanmGtRi0nnni74eit/ Delctol JomalnaCreaen 23n16ddeenEan? Ereliecnibederi Manor 4 28028 2men81taln270" [ [[email protected] EaturaAEEeld cem',4{02.4m085tnICEEETCLAE 52EAdE
Eatrle A3lboTH?TrIX CeeroEht OIZe Leio7ennteo 37 01 KlunanmGtRi 0nnni74eit/ Delctol JomalnaCreaen 23n16ddeenEan? Ereliecnibederi Manor 4 28028 2men81taln270" [ [[email protected] Eatura AEEe ld cem ',4 {02.4m085tn ICEEETCLAE 52EAdE...
5 answers
6. For the reaction below the mechanism is:KOiBuBra) SN1 b:) SNZ c) E1 d.) E27.For the reaction below the mechanism is:HOCHaa) SN1 and SNZ b) SNZ and E2 c) SNL and E1 d.) SNZ and E1
6. For the reaction below the mechanism is: KOiBu Br a) SN1 b:) SNZ c) E1 d.) E2 7.For the reaction below the mechanism is: HOCHa a) SN1 and SNZ b) SNZ and E2 c) SNL and E1 d.) SNZ and E1...
5 answers
For the following exercises, evaluate the expressions, writing the result as a simplified complex number. $$ rac{(1+3 i)(2-4 i)}{(1+2 i)}$$
For the following exercises, evaluate the expressions, writing the result as a simplified complex number. $$ \frac{(1+3 i)(2-4 i)}{(1+2 i)} $$...
5 answers
Let R be the region bounded by y^2=3x/5and y=(x/10)−4a) Find the area of the region R.b) Find the volume of the solid obtained by rotating theregion R about the y-axis.
Let R be the region bounded by y^2=3x/5 and y=(x/10)−4 a) Find the area of the region R. b) Find the volume of the solid obtained by rotating the region R about the y-axis....
5 answers
110 adults with gum disease were asked the number of times diagnoscs per weck they used to floss before _ their The (incomplete) results are shown below: #of times floss per week Frequency Relative Frequency Cumulative Frequency 0.1182 0,07270.0818 0.12730.10910.1636 0.1727 Complete the table (Use decimal places when applicable) What is the cumulative relative frequency for (lossing times per wcek? Hint: Frequency Tables €3
110 adults with gum disease were asked the number of times diagnoscs per weck they used to floss before _ their The (incomplete) results are shown below: #of times floss per week Frequency Relative Frequency Cumulative Frequency 0.1182 0,0727 0.0818 0.1273 0.1091 0.1636 0.1727 Complete the table (Us...
5 answers
2 1 %0)-0 3 -3 3k - 1 Eee find "(oh (e) "(h (Q 2 1
2 1 %0)-0 3 -3 3k - 1 Eee find "(oh (e) "(h (Q 2 1...
5 answers
What amount; A, will our account have after years if it earns an annual rate of 4 % compounded quarterly if we started with $750. Round to the nearest cent.A = $PreviewTiPEnter your answer as number (like 5,-3,2.2172) or as calculation (like 5/3 243_ 5+4) Enter DNE for Does Not Exist, 00 for InfinityPoints possible: 5 This is attempt 1 of 3.LicenseSubmit
What amount; A, will our account have after years if it earns an annual rate of 4 % compounded quarterly if we started with $750. Round to the nearest cent. A = $ Preview TiP Enter your answer as number (like 5,-3,2.2172) or as calculation (like 5/3 243_ 5+4) Enter DNE for Does Not Exist, 00 for Inf...
4 answers
Divide 210203 by 101, by hand; showing all wOrk. Note there is an casy way aIld hard way to do this problem: There Inight be some useful theorems out there ._
Divide 210203 by 101, by hand; showing all wOrk. Note there is an casy way aIld hard way to do this problem: There Inight be some useful theorems out there ._...
5 answers
Solve the initial value problem_ 7 sin X, Xz) = 4
Solve the initial value problem_ 7 sin X, Xz) = 4...

-- 0.021257--