The earthquakes from transform plate boundaries are; 1, shallow and weak 2, intermediate depth and intermediate...

The earthquakes from transform plate boundaries are;

1, shallow and weak

2, intermediate depth and intermediate strength

3, deep and strong

Expert Solution

Amanda K answered 1 year ago

plate boundaries can be divided into divergent boundary convergent boundary transform faults explain the continent undergoes...

plate boundaries can be divided into divergent boundary convergent boundary transform faults explain the continent undergoes extension for divergent boundary

At transform boundaries: Question 1 options: plates slide past one another along the surface of the...

At transform boundaries: Question 1 options: plates slide past one another along the surface of the earth plates are moving away from each other plates are moving towards each other Question 2 (1 point) Which of the following is a type of plate boundary where new sea floor is formed? Question 2 options: divergent convergent emergent transform Question 3 (1 point) What type of plate boundary mainly surrounds the Antarctic Plate? Question 3 options: convergent divergent transform - Question 4...

Explain in a few sentences why earthquakes and volcanoes occur together at location 1, but not together at location 2, based on plate tectonic theory.

Explain in a few sentences why earthquakes and volcanoes occur together at location 1, but not together at location 2, based on plate tectonic theory.Identify two different areas anywhere on Earth:(1) a location where earthquakes and volcanoes occur together in the same location, and (2) a location where either earthquakes or volcanoes occur alone, but not together.Compare your two locations. Think about the three different types of plate tectonic boundaries, and what causes earthquakes and volcanoes.

Part 1. Describe the boundaries of the triangle with vertices (0, 0), (2, 0), and (2,...

Part 1. Describe the boundaries of the triangle with vertices (0, 0), (2, 0), and (2, 6). (a) Describe the boundary with the top function, bottom function, left point, and right point. (b) Describe the boundary with the left function, right function, bottom point, and top point. Part 2. Consider the triangle with vertices (0, 0), (3, 0) and (6, 6). This triangle can be described using only one of the two perspectives presented above: top-bottom or left-right. Explain which...

Find the inverse Laplace transform for 1 / ((s^2+1)(s+1))

1. Do you believe that any future liability caused from fracking (e.g., from earthquakes) should be...

1. Do you believe that any future liability caused from fracking (e.g., from earthquakes) should be treated as a civil liability or criminal liability? In other words, is the payment of compensation limited by contractual agreement or by statute sufficient to compensate for any future life or property loss? Or do you think additional punitive measures including fines and potential imprisonment for responsible corporate personnel is merited? Explain. 2. If you believe criminal liability is appropriate, what type of standard...

A 1" pipe buried 2' deep runs 40' from house to outhouse. Frost depth = 3',...

A 1" pipe buried 2' deep runs 40' from house to outhouse. Frost depth = 3', so a trickle must flow. a) Say it's laminar flow, at 75% of the velocity needed to make Re=2100. Find that velocity, gal/day carried. Use p=1.94slug/ft^3, m= 2.2*10^-5 lb-sec/ft^2 in this and the following Re problems. b) Find the head loss hl=hp and the pressure drop (psi) over the l=40'

1) Solve the Laplace equation ∇^2(u)=0 (two dimensions so ∂^2/∂a^2 + ∂^2/∂b^2) where the boundaries of...

1) Solve the Laplace equation ∇^2(u)=0 (two dimensions so ∂^2/∂a^2 + ∂^2/∂b^2) where the boundaries of the rectangle are 0 < a < m, 0 < b < n with the boundary conditions: u(a,0) = 0 u(a,n) = 0 u(0,b) = 0 u(m,b)= b^2

What's the Fourier transform of the following equations: 1) f(t)=1/(t^2+a^2) a is a constant 2) e^[-absolute...

What's the Fourier transform of the following equations: 1) f(t)=1/(t^2+a^2) a is a constant 2) e^[-absolute value(t)/a]*cos(b*t) a and b are constants

Using Matlab Simulink, find Fourier transform of the following signal; ?(?) = 2 + ∑ 1...

Using Matlab Simulink, find Fourier transform of the following signal; ?(?) = 2 + ∑ 1 ? sin (20???) 4 ?=1 . Set simulation stop time = 20 seconds, sample time = (1/1024) seconds, buffer size =1024, and frequency range in Hz for the vector scope is −100 ≤ ? ≤ 100

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