First - our basic formulas: Circumference = 2 x Pi x Radius . . . . C = 2πr Sphere Volume = 4/3 x Pi x Radius x Radius x Radius . . . . VS = 4πr3/3 Using our circumference of 85cm, we can solve for r as follows: 85 = 2πr r = 85/2π taking 3.14159 for Pi we get r = 133.51757 Substituting 133.51757 into our volume equation we get: VS = 4 x π x 133.517573/3 VS = 9,970,191.53253 cm3 If your instructor dislikes decimals, the solution looks like this: VS = 4/3 x π x (85/2π)3 VS = 4/3 x π x 614,125 x π3/8 VS = 4/3 x 614125 x π4 /8 VS = 614,125π4/6
The basic types of research are as follows:• Descriptive vs. Analytical• Applied vs. Fundamental• Quantitative vs. Qualitative• Conceptual vs. Empirical
Free from outside control means Independent . While dependent Is opposite.
:Troll:
If VS and vs are the same then that is the common side.
Guinea pigs have a longer life span
In order to solve this we need to understand the formula needed to find Volume of a Sphere, here on abbreviated as Vs. Vs = (4/3)(Pi)(Radius3) Now we can begin the calculation process: Vs = (4/3)(3.14159265)(17 meters³) Vs = (4/3)(3.14159265)(4913 meters³) Vs = 20579.52625 meters³ So there it is, Vs = 20579.52625 meters³ when r = 17m.
Subjectivism vs. Objectivism
You don't need to redo the analysis just to reverse the comparison order from "treatment vs control" to "control vs treatment." The results of your analysis remain valid regardless of the order in which you present the comparisons. Here’s what you can do: Rewriting for Consistency: When writing your research paper, you can present the findings as "control vs treatment." This involves reversing the labels in your descriptions and ensuring that any statistical results, such as fold changes and p-values, are correctly interpreted in the new context. Clarify the Direction: Clearly state in the methods section how the analysis was conducted and that you are presenting the results in the "control vs treatment" format for consistency with the literature. Interpret Results Correctly: Be mindful of how the direction of change is reported. For example, if a gene is upregulated in treatment compared to control, it would be downregulated in the control compared to treatment, and vice versa. Here's an example of how you might describe this in your methods section: "For consistency with standard reporting in the literature, we present our differential expression results in the 'control vs treatment' format. The original analysis was performed as 'treatment vs control', and results have been inverted accordingly."
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There are some causes of cancer that you have no control over, such as genetics. There are causes which you can control such as smoking, drinking, and diet.
All of the above. A, B, and C <-Apex VS
no one since you control it.
The number of pregnancies in one year vs the number of pregnancies they would have expected to have with no birth control.
The volume of a sphere is:* Vs = 4/3¶r3 The formula to find radius is: * r = d/2* r = 6in/2* r = 3in Now, substitute r for the value of 6in.* Vs = 4/3¶(6in)3* Vs = 4/3¶(27in3) * Vs = 4¶(9in3) * Vs = 36¶in3 The exact value without leaving pi in the equation is:* Vs = 113.097in3¶ = pi¶ = 3.14
The control fuse on a 95 VS Holden Commodore V6 is located within the fuse box. The fuse box is located between the right strut and the right headlight.
Both nature and nurture play a role in weight control. Genetics can influence factors like metabolism and body composition, while environmental factors like diet and physical activity habits also impact weight. Understanding the interplay between these factors is important for developing effective weight management strategies.