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Calculate the number of possible microstates for p³.

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I need to know the number of years! There is only one part to this question. The pictures show the "Figure" and "Bar charts" tabs and the "Graph" tab says this: A curve showing the percentage of radioactive atoms remaining in a mineral sample is graphed on a coordinate plane. The horizontal axis, labeled "Age in half-lives," ranges from 0 to 6. The vertical axis, labeled "Percentage remaining," ranges from 0 to 100. The curve enters the viewing field with a negative slope at (0, 100). The magnitude of the negative slope is progressively reduced such that it is nearly horizontal as it exits the viewing field at (6, 0.02). Thank you!!
The experimental value of the mass density of the sphere is 8.35g/cm^3. The accepted mass density is 7.87 g/cm^3. What is the percent error compared to the true value of the mass density? * O 42 O 6.1 O 4.2% 5.75%
According to a survey, 85% of American adults eat salad at least once a week. A nutritionist suspects that the percentage is higher than this. She conducts a survey of 200 American adults and finds that 171 of them eat salad at least once a week. Conduct the appropriate test that addresses the nutritionist's suspicion. Use an a = 0.05 level of significance. State the null and alternative hypothesis: What parameter are we testing? Ho: H₁: Assumptions: SRS, n < 0.05N, npo (1 - po) By hand, test statistic is (Round to 5 decimals): P-value. Round to 4 decimals: Conclusion: There is (enter sufficient or insufficient) evidence at the a = 0.05 level of significance to conclude that the percentage of adult Americans that eat salad at least once a week is ("equal to" or "higher than" or "less than" or "not equal to") 85%.
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← → C Help Centre WP View Policies Number NWP Assessment Builder Ul App X wwNWP Assessment Player Ul Appli X b Home | bartleby education.wiley.com/was/ui/v2/assessment-player/index.html?launchid=03be40d5-94c7-456c-a175-078cbc7944fc#/question/20 myMapúa: Welcome Microsoft Office Ho... Courses Microsoft Teams -... Mail-ALLYSON VIV... Parent Portal | Mapu.... MathWorks - Make... ps Turning Point - Parti... Explore GitHub ● Save for Later 34°C Sunny - H Current Attempt in Progress A resistor is connected across the terminals of a 9.0-V battery, which delivers 1.3 x 105 J of energy to the resistor in 4.0 hours. What is the resistance of the resistor? Units x + Q Search a ☆ * ENG US 0 X D ⠀ 33 Attempts: 0 of 3 used Submit Answer 2:27 pm 18/03/2023
Give an example of variables that have correlation but no causation exists? Explain why these variables have correlation. Could there be a lurking variable that these variables are both tied to/or do you think this correlation was caused by p-hacking? [2-3 sentence or a graph] You may NOT use the ice cream/crime example AND you may not copy information verbatim from websites. You may look at https://stats.stackexchange.com/questions/36/examples-for-teaching-correlation-does-not-mean-causation for examples but you need to (at a minimum) put what you find in your own words and explain what the true cause of the relationship is. In the ice cream/crime example it was found that in a particular city that when ice cream consumption went up so did petty crime (stealing/larceny). The true cause was that it was summer and it was hot (and kids didn't have school to keep them busy). How do we decide if the correlation coefficient is close enough to ±±1 to declare that there is…
Percent of Intervals 100 Baseline 90 80 70 60 50 40 30 Tootling Intervention Tootling Withdrawal Tootling M 20 1 10 0 1 2 3 4 5 6 7 8 9 10 11 12 13 Days 14 15 16 17 18 19 20 Classroom 1: Ms. Doran Compare data across adjacent conditions. Select all that apply. From A1 to B1, there was a change in: level ☐ trend variability Cannot tell with the information provided
-3 Find Y? -> (2d41)(d-m)! imo m e Pi (Cose) -3 Y3 cOn)= | e (2(3)+1)(3-(-3)! Pj (coS e) 4Y (3+¢3))!
Gold has a density of 19.3 gm/cm3. If a gold coin has a mass of 60 grams and a thickness of 0.3 cm, what would you estimate its diameter to be?
The density of atmospheric air varies with elevation (2), decreasing with increasing altitude. a) Using the date given in Table 2, obtain a relation for the variation of density (p) with elevation (2). Assume the earth to be a perfect sphere with a radius (r) of 6377 km and the thickness of the atmosphere is 25 km as illustrated in Figure 1. b) Calculate the density of atmosphere air at an elevation of 7000 m. Atmosphere thickness = 25 km Earth radius, r= 6377 km www 6381 were 6382 Table 2: Density of atmosphere related to earth radius. Radius r, km 6377 6378 6379 6380 6383 6385 6387 6392 6397 6402 *r=z+6377 km Find density of air a Earth surface Density p. kg/m³ 1.225 1.112 7 km 1.007 0.9093 0.8194 0.7364 0.6601 0.5258 0.4135 0.1948 0.08891 0.04008
When researchers find a reasonablycomplete fossil of a dinosaur,they can determine the massand weight of the living dinosaurwith a scale model sculpted fromplastic and based on the dimensionsof the fossil bones. The scale of themodel is 1/20; that is, lengths are 1/20actual length, areas are (1/20)2 actualareas, and volumes are (1/20)3 actualvolumes. First, the model is suspended from one arm of a balanceand weights are added to the other arm until equilibrium isreached. Then the model is fully submerged in water and enoughweights are removed from the second arm to reestablish equilibrium. For a model of a particular T. rex fossil, 637.76 ghad to be removed to reestablish equilibrium.What was the volumeof (a) the model and (b) the actual T. rex? (c) If the density ofT. rex was approximately the density of water, what was its mass?
Please answer. I need full solution and illustration. Note: Don't round off during process

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