Which words best describe the tone of Barbara Jordan’s speech?

what type of cash crops have been genetically modified..... please help!!!!! A classroom has 14 boys and 18 girls. What is the ratio of boys to girls? Researchers studied the relationship between honesty and age for children between ages 5 to 15. Experiment is conducted with 160 children. What is the population of interest in this study achievments of ruskin bond Use the image to answer the question. What notes do you see? a. quarter and eighth notes b. whole and quarter notes c. eighth and sixteenth notes d. quarter and sixteenth notes help me please, ty Warm blooded animals are homeothermic; that is, they maintain an approximately constant body temperature. (Forhumans it's about 37 oC.) When they are in an environment that is below their optimum temperature, they use energy derived from chemical reactions within their bodies to warm them up. One of the ways that animals lose energy to their environment is through radiation. Every object emits electromagnetic radiation that depends on its temperature. For very hot objects like the sun, that radiation is visible light. For cooler objects, like a house or a person, that radiation is in the infrared and is invisible. Nonetheless, it still carries energy. Other ways that energy is lost by a warm animal to a cool environment includes conduction (direct touching of a cooler object) and convection (cooler air moving and carrying thermal energy away). See Heat Transfer for a discussion of all three. For this problem, we'll just consider how much energy an animal needs to burn (obtain from internal chemical reactions) in order to stay warm just from radiation losses. The rate at which an object loses energy through radiation is given by the Stefan-Boltzmann equation: Rate of energy loss = AT4 where T is the absolute (Kelvin) temperature, A is the area of the object, is the emissivity (unitless and =1 for a perfect emitter, less for anything else), and is the Stefan-Boltzmann constant: = 5.67 x 10-8 J/(s m2 K4) Consider a patient trying to sleep naked in a cool room (55 oF = 13 oC). Assume that the person being considered is a perfect emitter and absorber of radiation ( = 1), has a surface area of about 2.5 m2, and a mass of 80 kg. a. A person emits thermal radiation at a rate corresponding to a temperature of 37 oC and absorbs radiation at a rate (from the air and walls) corresponding to a temperature of 13 oC. Calculate the individual's net rate of energy loss due to radiation (in Watts = Joules/second). net rate of energy loss = Watts b. Assume the patient produces no energy to keep warm. If they have a specific heat about equal to that of water (1 Cal/kg-oC) how much would their temperature fall in one hour? (1 Cal = 1kcal = 103 cal) T = oC c. Given that the energy density of fat is about 9 Cal/g, how many grams of fat would the person have to utilize to maintain their body temperature in that environment for one hour? amount of fat needed = g what would a an illegitimate government look like? Which statement best describes the epic feature used in this excerpt and its effect on the plot? The difficult journey that Gilgamesh must undertake causes him to feel defeated. The vast landscape that Gilgamesh must travel through adds tension to the plot. The intervention of the supernatural gives Gilgamesh hope that he will defeat Humbaba. The narrative voice of the epic poem makes it difficult for the audience to relate to Gilgamesh. Find the hypotenuse and the shorter leg of a306090 triangle, if the longer leg is 9 in. "A Medieval Holocaust: The Cremation of the Strasbourg Jews": What were the specific reasons stated in the documentthat led to the cremation of the Strasbourg Jews? What were the several possible motives-religious, economic, andothers-that led to the killing of many Jews during the Middle Ages, particularly in the aftermath of the Black Death?(page 304) What is the value of the mean from the following set of data: 12,10, 11, 8, 6, 5, 3, 7, 9. Round to the nearest hundredth. What would make an idea easy to diamias? (pomi)O using relevant sourcesO providing too vague and few detailso being a bad ideaproviding too much evidence PLEASE HELP ASAP! Alayna is hanging a picture frame in the center of a wall that is 8 feet wide. If the picture frame is 22 1/4 inches wide, how far will each side of the picture frame be from the edge of the wall (in inches)? First, estimate the amount and then find the exact measurement. In two or more complete sentences, explain how you solved the problem. You may include a diagram in your explanation if you wish. Students create a standing wavewith three loops on a slinky 3.75 mlong. They time 20 oscillations in6.73 s. What is the wavelength ofthe standing wave?(Unit = m) the religion of Persia If 2^x =30 find 2^(x+3) A)8 B)5 C)240 D)200 E)250 (Good Luck! Plz solve fast!) help plz I think the first one is correct but I'm not sure ChemistryWhat is a chemical reaction Wingate Company, a wholesale distributor of electronic equipment, has been experiencing losses for some time, as shown by its most recent monthly contribution format income statement: Sales $ 1,546,000 Variable expenses 573,480 Contribution margin 972,520 Fixed expenses 1,070,000 Net operating income (loss) $ (97,480) In an effort to resolve the problem, the company would like to prepare an income statement segmented by division. Accordingly, the Accounting Department has developed the following information: Division East Central West Sales $ 416,000 $ 630,000 $ 500,000 Variable expenses as a percentage of sales 48 % 26 % 42 % Traceable fixed expenses $ 282,000 $ 324,000 $ 206,000 Required: 1. Prepare a contribution format income statement segmented by divisions. 2-a. The Marketing Department has proposed increasing the West Division's monthly advertising by $28,000 based on the belief that it would increase that division's sales by 13%. Assuming these estimates are accurate, how much would the company's net operating income increase (decrease) if the proposal is implemented? 2-b. Would you recommend the increased advertising? The height (in centimeters) of a candle is a linear function of the amount of time (in hours) it has been burning. When graphed, the function gives a line with a slope of 0.4. See the figure below. Suppose that the height of the candle after 11 hours is 16.6 centimeters. What was the height of the candle after 6 hours?