Numerade

Questions asked

BEST MATCH

(b) What is the tertiary structure of a protein [1 mark]? Identify [name] and describe the different specific types of interactions that are responsible for this structure [4 marks.]

View Answer

BEST MATCH

Cartilage tissue tends to heal less rapidly than bone tissue. Select one: A. True B. False

View Answer

BEST MATCH

predators, with less places to hide. If the caminalcule had larger blades on their tails, they may be able to scrape off more of the algae, providing them once again with more available space to hide in the reefs, protecting them from predators so they can survive longer. Along with this, if the caminalcule can scrape more algae off of the coral walls, they can also consume more algae, which will provide them with more energy that they can put towards reproduction. INHERITANCE PATTERN OF A RECENTLY-DISCOVERED BENEFICIAL TRAIT Write a paragraph or two explaining how the F2 generation of caminalcules was bred in the lab. Begin by describing how blade-tailed caminalcules were collected from the reef, their DNA was sampled, and the genotypes for your recently-discovered phenotype were determined. Then, describe the process of creating an F2 generation, starting with a homozygous parental generation. (Kelsang) In order to breed the F2 generation of blade-tailed caminalcules in the lab, researchers first collected them from their natural reef habitat. The caminalcules were carefully extracted from coral crevices in order to ensure minimal disruption to their environment. At the laboratory, scientists sampled their DNA to analyze their genetic makeup. Through this genetic testing, they were able to identify the genotypes associated with newly observed phenotypes. The breeding process for the F2 generation started with the selection of a homozygous parental generation, consisting of caminalcules that displayed the desired phenotypes and a level of genetic uniformity. These individuals were then paired to ensure that the F1 generation would express the target traits consistently. Once the offspring, the F1 generation was produced, researchers selected those that had the desired phenotypes for further breeding. By interbreeding these F1 caminalcules, the scientists created the F2 generation which aimed to bolster the blade-tailed caminalcule population. Create a pedigree figure that depicts the mode of inheritance for your new

View Answer

BEST MATCH

QUESTION 33 Given is the energy reaction diagram for a non-catalysed decomposition of hydrogen peroxide $ \left(\mathrm{H}_{2} \mathrm{O}_{2}\right) $ to water $ \left(\mathrm{H}_{2} \mathrm{O}\right) $ and oxygen $ \left(\mathrm{O}_{2}\right) $ A. From the diagram (i) What is the energy change $ (\Delta H) $ for the reaction? $ \qquad $ (1mk) (ii) Determine the energy of formation. $ \qquad $ (1mk) (iii) Determine the energy level of the activated complex. $ \qquad $ B. Complete the following sentence.

View Answer

BEST MATCH

Andres has a dislike of, and a negative emotional reaction toward, individuals who belong to a certain political group. This is an example of: ? a stereotype. ? prejudice. ? discrimination. ? outgroup homogeneity.

View Answer

BEST MATCH

In Monetary Policy, this happens -a. Government increases the government spending.b. Government decreases the government spending.c.Federal Reserve change the money supply.d.Government provides new incentive programs for producers

View Answer

BEST MATCH

Suppose the technology of an industry is such that the typical firm's minimum efficient scale is 8000 units per month at an average long-run cost of $5 per unit. If the total quantity demanded at a price of $5 per unit is 8500 units per month, the likely result would be O a. perfectly competitive firms. b. a cartel. Oc. price discrimination. Od. a concentrated oligopoly. Oe. a natural monopoly.

View Answer

BEST MATCH

Homework 4 Problem 4 Consider the differential equation below where $a = 1$ and $b = 1$. You are also told that $y(0) = 2$ and $x(t) = cos(t)$. Find $y(t)$ $t \ge 0$ $\frac{dy(t)}{dt} + ay(t) = bx(t)$ 1. The homogeneous solution is given by $y_h(t) = Ae^{st}$, $t \ge 0$. Determine the root $s$ of the characteristic equation 2. Determine the particular solution $y_p(t)$. 3. Provide an expression $y(t)$ for $t \ge 0$.

View Answer

BEST MATCH

Having two copies of the X-chromosome gene, which gene regulatory mechanism? a. DSX; alternative splicing b. DSX; alternative polyadenylation C. TRA; alternative splicing d. SXL; alternative splicing e. SXL; alternative polyadenylation initiates the female sex-determining pathway by

View Answer

BEST MATCH

3. Why are gametes produced by meiosis rather than by mitosis? 4. What is one advantage of sexual reproduction? asexual reproduction? Here, reproduction means producing offspring. 5. What type of cell division is occurring during embryonic development? 6. Which is larger, the male's sperm or the female's egg? What does the sperm contribute to the developing baby? What does the egg contribute? I. Introduction. This lab is an overview of the processes involved in reproduction. It begins on the cellular level. Like other animals, humans are made of many different cell types, each type having a slightly different structure and function. In fact, our bodies are composed of trillions of cells. We can divide all animal cells into two general types: somatic (or body cells) and gametes (or sex cells). The vast majority of an animal's cells are somatic. In normal humans these somatic cells contain 46 chromosomes. Other species have different numbers of chromosomes. A eukaryotic chromosome is an X-shaped structure made of DNA and protein; they are found in the nucleus of cells and contain the organism's genes. In somatic cells, the chromosomes are paired (diploid or 2n). In human body cells there are 23 pairs of chromosomes. In gametes, the chromosomes are unpaired (haploid or n). When a sperm fertilizes an egg, the

View Answer

juan r.