T (K) T (K) 275.0 1.00 370.0 0.40 285.0 1.00 375.0 0.35 295.0 0.98 380.0 0.30 305.0 0.94 390.0 0.23 316.0 0.88 400.0 0.18 328.0 0.80 412.0 0.13 340.0 0.70 425.0 0.09 345.0 0.65 440.0 0.06 350.0 0.60 460.0 0.03 355.0 0.55 480.0 0.01 360.0 0.50 490.0 0.00 365.0 0.45 500.0 0.00
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- Please answer this question correctly in Handwritten format,Stop using Ai.The Half-life of Pennies Lab Can you use pennies to demonstrate "decay? Imagine existing more than 5,000 years and still having more than 5,000 to go! That is exactly what the unstable element carbon-14 does. Carbon-14 is a special unstable element used in the absolute dating of material that was once alive, such as fossil bones. Every 5,730 years, half of the carbon-14 in a fossil specimen decays or breaks down into a more stable element. In the following lab you will see how pennies can show the same kind of "decay." Materials • 100 pennies • large container with a cover Procedure a. Place 100 pennies in a large, covered container. Shake the container several times and remove the cover. Carefully empty the container on a flat surface, making sure the pennies don't roll away. b. Remove all the coins that have the "head" side of the coin turned upward. Record the number of pennies removed and the number of pennies remaining in the data table below. Shake number Number of coins removed…how do you solve the equations to get Fab / Fac= 2.1N , and Fad = 7.02?
- It has been suggested that Napoleon died as a result of arsenic poisoning since the growing end of his hair has been found, through NAA analysis, to have abnormally high levels of arsenic. What hair sample mass (in grams) is needed to detect arsenic with a concentration of 0.001 ppm? NEED TYPING DETAIL ANS NOT HANDWRITTENThis table has results from a flu screening test to determine if a person has influenza virus. This information is used to determine how well the screening test works. Flu Diagnosis Flu Diagnosis Total Present Not Present Screening Test (+) Positive 731 270 1001 Screening Test (-) Negative 78 1500 1578 Total 809 1770 2579 Calculate specificity (Sp). Please write in your answer (Hint: remember to multiply by 100 to get the 11.55pm Submit OuizResources Acellus - The Science of Learning x A Not secure admin247.acellus.com StudentFunctions/Interface/acellus_engine.html?ClassiD=1229933351 Hormones な Acellus Signals from hormones tell. change their behavior. A. cel B. glands C. organs pay yi v wogmuodang moY 120E - Eoor O ybufidao N23 IID t pi u alt
- Please help. Thank you:) This is the website simulation that will be using: https://ophysics.com/e2.htmlWhen we use petrol we are ultimately using stored energy from the sun. Plants capture the energy when growing, and then through a long process of decay and compression this plant matter is converted into a fossil fuel. An interesting question is how much sunlight is needed to produce a quantity of petrol. To estimate this, let's assume the petrol has come from wood, and let's assume we have a fast-growing wood source such as Pinus radiata. Assume also: a mature tree contains around 3 m3 of timber; a tree is harvested when 35 years old; the density of wood is around 500 kg/m3; 2 kg of wood makes 1L of petrol; a tree receives on average 8 hours of sunlight per day. How many "hours of sunlight" are stored in 1L of petrol? i.e. how many hours of sunlight does a tree need to be exposed to, to produce the amount of wood needed to make 1 L of petrol? Give your answer to two significant figures.simulation: https://ophysics.com/em6.html
- gnment Score: 68.3% x Give Up? Resources O Hint Check Ar stion 19 of 23 > Attempt- Classify the components as most accurately describing cofactors, coenzymes, or neither. Cofactors Coenzymes Neither Answer Bank Zn+ metal ion CoQ ascorbic acid FAD protease cer 6. gJohn Snow, an English physician, has observed that disease is becoming more prevalent in a local neighborhood and he wants to know why. He collects information about the local people, including how many family members contracted the disease and where they live. John discovers that the disease is most common in homes located closest to the town’s water pump. John contrives an explanation: that the illness is waterborne and people are contracting the disease from water they retrieve from the town’s water pump. After petitioning the authorities, the handle at the pump is removed. John collects data about disease incidence and finds that occurrence of the disease is greatly reduced. John concludes that the water from the pump was causing the illness. What step(s) of the scientific method is/are missing from Data Table 1? Describe each and propose a way that they might be fulfilled in the scenario?within 20minutes. Show all expression