Imagine you are in a lab and are looking through a microscope at slides of tissues you need to identify. Look at the microscopic image of each tissue sample below, and use the descriptions of cell types in the lesson to identify the tissue. Label it as one of the four types of tissues: epithelial, connective, muscular, or nerve. Finally, in two to three sentences, summarize the differences you found and describe how you identified the different tissues. ANSWER:
1. muscular
2. nerve
3. epithelial
4. nerve
5. epithelial
6. muscular
Summary:
The muscular tissues are easiest to identify because they look long and stringy. The connective and nerve tissues look similar, but the nerve tissues have very distinct, dark central sections. Epithelial tissues look like a jigsaw puzzle with little or no space between cells.
PLATO answer

fertilization, pictured in figure 24.23a is the process in which gametes (an egg and sperm) fuse to form a zygote. the egg and sperm each contain one set of chromosomes. to ensure that the offspring has only one complete diploid set of chromosomes, only one sperm must fuse with one egg. in mammals, the egg is protected by a layer of extracellular matrix consisting mainly of glycoproteins called the zona pellucida. when a sperm binds to the zona pellucida, a series of biochemical events, called the acrosomal reactions, take place. in placental mammals, the acrosome contains digestive enzymes that initiate the degradation of the glycoprotein matrix protecting the egg and allowing the sperm plasma membrane to fuse with the egg plasma membrane, as illustrated in figure 24.23b. the fusion of these two membranes creates an opening through which the sperm nucleus is transferred into the ovum. the nuclear membranes of the egg and sperm break down and the two haploid genomes condense to form a diploid genome.

explanation:

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"1. it should be, it has been for about 20 years, and it's really not much different in the end than breeding animals to have particular traits. there are always concerns about genetically engineered animals/plants affecting the environment in unexpected negative ways, but i can't think of an example where the fears didn't turn out to be baseless.  

first, as you point out, it would be a great advance in pharmacology, to be able to tailor drugs and their doses to me. the pros involve better medical treatment. the cons involve privacy issues like insurance companies denying coverage to people with genetic risk factors. looking at dna markers wouldn't affect the frequency of genetic diseases, but it would allow detection of them earlier. and ok, actually i suppose that if people used this information to avoid having children with genetic diseases, some might decrease in frequency."

multiplying and dividing the two decimals and the eqations by the same number of the overalls