Ques-1 Development of tube feet of CRINOIDEADevelopment of tube f.pdf

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Ques-1: Development of tube feet of CRINOIDEA Development of tube feet is from the larval stage in Crinoidea (echinoderms) and these tube foot useful for locomotion in adult species. Echinoderms are deuterostomes. Larval forms of echinoderms possess bilateral symmetry and a mouth arises from opposite end of the blastopore and alimentary canal forms connecting both during embryonic development (metamorphosis). Larval form is ciliated & from which this tube foot is developed in adults with pentaradial symmetry during metamorphosis. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. These are appeared in sea stars, these openings are smaller, and yellow button like warts located on the aboral surface of sea stars. This opening has other important parts, which perform meticulous function in water vascular system, and these parts are tube feet, stone canal, ring and radial canals. Ques-2: Spine structure of Ophiuroidea (echinoderm) are arranged in 5 rows i& connected to ligaments with mutable collagenous substance. These spines are composed of dermal calcareous ossicles or calcareous spicules Solution Ques-1: Development of tube feet of CRINOIDEA Development of tube feet is from the larval stage in Crinoidea (echinoderms) and these tube foot useful for locomotion in adult species. Echinoderms are deuterostomes. Larval forms of echinoderms possess bilateral symmetry and a mouth arises from opposite end of the blastopore and alimentary canal forms connecting both during embryonic development (metamorphosis). Larval form is ciliated & from which this tube foot is developed in adults with pentaradial symmetry during metamorphosis. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. These are appeared in sea stars, these openings are smaller, and yellow button like warts located on the aboral surface of sea stars. This opening has other important parts, which perform meticulous function in water vascular system, and these parts are tube feet, stone canal, ring and radial canals. Ques-2: Spi.

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a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often
use tube feet along with spines for jerking movement and peristaltic movement. These are
appeared in sea stars, these openings are smaller, and yellow button like warts located on the
aboral surface of sea stars. This opening has other important parts, which perform meticulous
function in water vascular system, and these parts are tube feet, stone canal, ring and radial
canals.
Ques-2:
Spine structure of Ophiuroidea (echinoderm) are arranged in 5 rows i& connected to ligaments
with mutable collagenous substance. These spines are composed of dermal calcareous ossicles or
calcareous spicules

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i have written ths code as per your requirements with clear comments.pdf

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Hi, Please fidn the Answer. //////////////////Sorting,h is Header file which contians all Function decalartion #include #include // std::cout #include // std::shuffle #include // std::array #include // std::default_random_engine #include using namespace std; class Sorting { private: int num; public: Sorting::Sorting() { }; ///Buble Sort Input array and n Number of Elemnets void BubbleSorting(int array[], int n); void SelectionSorting(int array[], int n); void ShuffleArray(int array[], int n); void DisplayArray(int array[], int n); void displayMenu(); int choice; }; //////////////////////////Sorting.cpp is class fuction Which Implemnets the Function #include \"Sorting.h\" #include using namespace std; ///Sorting the Array Using Bubble Sort... void Sorting::BubbleSorting(int Array[],int n) { int temp = 0; cout << \"\ ------------ BUBBLE SORT ------------ \ \ \"; for (int i = 1; iArray[j + 1]) { temp = Array[j]; Array[j] = Array[j + 1]; Array[j + 1] = temp; } } cout << \"\ ------------ RESULTS BUBBLE SORT ------------ \ \ \"; DisplayArray(Array, n); } //////SelectionSorting input Array and n is number of Elemnets////////////////////// void Sorting::SelectionSorting(int Array[], int n) { int i, n, p, k, min, loc, temp; for (p = 1; p <= n - 1; p++) // Loop for Pass { min = Array[p]; // Element Selection loc = p; for (k = p + 1; k <= n; k++) // Finding Min Value { if (min > Array[k]) { min = Array[k]; loc = k; } } temp = Array[p]; // Swap Selected Element and Min Value Array[p] = Array[loc]; Array[loc] = temp; } cout << \"\ ------------ RESULTS SELECTION SORT ------------ \ \ \"; DisplayArray(Array, n); } //////SelectionSorting input Array and n is number of Elemnets////////////////////// ///exchange each element with a randomly chosen element. It\'s possible that an element will be exchanged with itself, but there is no problem with that void Sorting::ShuffleArray(int Array[], int n) { cout << \"\ ------------ ShuffleArray SORT ------------ \ \ \"; for (int i = 0; i #include \"Sorting.h\" using namespace std; int main() { bool SelectionOn = true; Sorting Sorting; int choice; int n = 10; int *Arry; while (SelectionOn != false) { cout << \"*******************************\ \"; cout << \" 1 - Enter User Input Array of Elements.\ \"; cout << \" 2 - Display User Input.\ \"; cout << \" 3 - Shuffle User Input the Elements i.\ \"; cout << \" 4 - Bubble Sorting.\ \"; cout << \" 5 - Selection Sorting.\ \"; cout << \" 6 - Exit.\ \"; cout << \" 7 - Display Menu Again. \ \"; cout << \" Enter your choice and press return: \"; cin >> choice; switch (choice) { case 1: cout << \"Enter User Input Array of Elements\ \"; cout << \"Enter No. of Elements=\"; cin >> n; Arry = new int[n]; cout << \"\ Enter Elements=\ \"; for (int i = 1; i <= n; i++) { cin >> Arry[i]; } break; case 2: cout << \"DISPLAY OF ARRAY\ \"; if (Arry != NULL) { Sorting.DisplayArray(Arry, n); } else { cout << \"ENTER ELEMENTS TO ARRAY BY SELCTING CHOICE 1\ \"; } break; case 3: cout << \"SHUFFLE OF A.

Hi,Please fidn the Answer.Sorting,h is Header .pdf

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Ques-1 Development of tube feet of CRINOIDEADevelopment of tube f.pdf

1. Ques-1: Development of tube feet of CRINOIDEA Development of tube feet is from the larval stage in Crinoidea (echinoderms) and these tube foot useful for locomotion in adult species. Echinoderms are deuterostomes. Larval forms of echinoderms possess bilateral symmetry and a mouth arises from opposite end of the blastopore and alimentary canal forms connecting both during embryonic development (metamorphosis). Larval form is ciliated & from which this tube foot is developed in adults with pentaradial symmetry during metamorphosis. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. These are appeared in sea stars, these openings are smaller, and yellow button like warts located on the aboral surface of sea stars. This opening has other important parts, which perform meticulous function in water vascular system, and these parts are tube feet, stone canal, ring and radial canals. Ques-2: Spine structure of Ophiuroidea (echinoderm) are arranged in 5 rows i& connected to ligaments with mutable collagenous substance. These spines are composed of dermal calcareous ossicles or calcareous spicules Solution Ques-1: Development of tube feet of CRINOIDEA Development of tube feet is from the larval stage in Crinoidea (echinoderms) and these tube foot useful for locomotion in adult species. Echinoderms are deuterostomes. Larval forms of echinoderms possess bilateral symmetry and a mouth arises from opposite end of the blastopore and alimentary canal forms connecting both during embryonic development (metamorphosis). Larval form is ciliated & from which this tube foot is developed in adults with pentaradial symmetry during metamorphosis. Adult echinoderms possess a water vascular system associated with external tube feet as well as a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. Adult echinoderms possess a water vascular system associated with external tube feet as well as

2. a calcareous endoskeleton along with ossicles interconnected collagen fibres. Sea urchins often use tube feet along with spines for jerking movement and peristaltic movement. These are appeared in sea stars, these openings are smaller, and yellow button like warts located on the aboral surface of sea stars. This opening has other important parts, which perform meticulous function in water vascular system, and these parts are tube feet, stone canal, ring and radial canals. Ques-2: Spine structure of Ophiuroidea (echinoderm) are arranged in 5 rows i& connected to ligaments with mutable collagenous substance. These spines are composed of dermal calcareous ossicles or calcareous spicules

Ques-1 Development of tube feet of CRINOIDEADevelopment of tube f.pdf

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