Explain what happens to the cell cycle if both p53 alleles are mutated

Since I was in the tenth grade, I have presented TED Talks on the subjects of inclusivity and self-expression. I've learned to use the experience of being bullied and silenced as motivation to speak out against bullying and advance an inclusive culture. When I was in 11th grade, I founded a group that educates middle schoolers on how to handle the transition to high school and fights to bully.

How my experience would help to shape it?

Working with groups like "No Bully" and programs like "Be Fearless," I want to bring these discussions about the value of a safe space and inclusivity to middle schools in Providence. Encourage kids to speak up for one another by being kind to them.

I intend to contribute to The Round Magazine and organizations like WORD because poetry has become a crucial part of my personal development and a tool for helping others. By potentially working with Artbeat, I would look into ways to connect poetry and the visual arts.

I'm also interested in exploring the connections between poetry and the sciences, how they can be applied to one another, and how science can improve my poetry writing and help me become a top psychiatrist.

My love for the arts and writing could be tapped into by working with Providence organizations like AS220, a non-profit community arts organization in the city's downtown. To encourage others to express themselves more fully and vulnerably, I would serve as a volunteer AS220 teacher and perhaps introduce activities and workshops.

Hence to conclude that the above experience would help to shape

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5 0

1 year ago

The regions bounded by the graphs of y=x2 and y=sin2x are shaded in the figure above. What is the sum of the areas of the shaded

Alex Ar [27]

Answer:

The sum of the area of the shaded regions = 0.248685

Explanation:

The sum of the area of the shaded region is given as follows;

The point of intersection of the graphs are;

y = x/2

y = sin²x

∴ At the intersection, x/2 = sin²x

sinx = √(x/2)

Using Microsoft Excel, or Wolfram Alpha, we have that the possible solutions to the above equation are;

x = 0, x ≈ 0.55 or x ≈ 1.85

The area under the line y = x/2, between the points x = 0 and x ≈ 0.55, A₁, is given as follows

1/2 × (0.55)×0.55/2 ≈ 0.075625

The area under the line y = sin²x, between the points x = 0 and x ≈ 0.55, A₂, is given using as follows;

$\int\limits {sin^n(x)} \, dx = -\dfrac{1}{n} sin^{n-1}(x) \cdot cos(x) + \dfrac{n-1}{n} \int\limits {sin^{n-2}(x)} \, dx$

Therefore;

$A_2 = \int\limits^{0.55}_0 {sin^2x} \, dx = \dfrac{1}{2} \left [x -sin(x) \cdot cos(x) \right]_0 ^{0.55}$

∴ A₂ =1/2 × ((0.55 - sin(0.55)×cos(0.55)) - (0 - sin(0)×cos(0)) ≈ 0.0522

The shaded area, $A_{1 shaded}$ = A₁ - A₂ = 0.075625 - 0.0522 ≈ 0.023425

Similarly, we have, between points 0.55 and 1.85

A₃ = 1/2 × (1.85 - 0.55) × 1/2 × (1.85 - 0.55) + (1.85 - 0.55) × 0.55/2 = 0.78

For y = sin²x, we have;

$A_4 = \int\limits^{1.85}_{0.55} {sin^2x} \, dx = \dfrac{1}{2} \left [x -sin(x) \cdot cos(x) \right]_{0.55} ^{1.85} \approx 1.00526$

The shaded area, $A_{2 shaded}$ = A₄ - A₃ = 1.00526 - 0.78 ≈ 0.22526

The sum of the area of the shaded regions, ∑A = $A_{1 shaded}$ + $A_{2 shaded}$

∴ A = 0.023425 + 0.22526 = 0.248685

The sum of the area of the shaded regions, ∑A = 0.248685

8 0

2 years ago