Free solutions to alternate coordinate systems problems

Recent questions in Alternate coordinate systems

Alternate coordinate systems

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asked 2021-03-11

Convert the point from spherical coordinates to rectangular coordinates.
\((9, \pi, \frac{\pi}{2})\)
\((x, y, z) = ?\)

Alternate coordinate systems

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asked 2021-03-05

Consider the solid that is bounded below by the cone \(z = \sqrt{3x^{2}+3y^{2}}\)
and above by the sphere \(x^{2} +y^{2} + z^{2} = 16.\).Set up only the appropriate triple integrals in cylindrical and spherical coordinates needed to find the volume of the solid.

Alternate coordinate systems

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asked 2021-03-02

Descibe in words the region of \(\mathbb{R^{3}}\) represented by the equation or inequality.
\(y = -2\)

Alternate coordinate systems

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asked 2021-02-25

Give a full answer for the given question: The covalent backbone of DNA and RNA consists of: ?

Alternate coordinate systems

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asked 2021-02-25

The change - of - coordinate matrix from \(\mathscr{B} = \left\{\begin{bmatrix}3\\-1\\4\\\end{bmatrix}\begin{bmatrix}2\\0\\ -5 \\\end{bmatrix}\begin{bmatrix}8\\-2\\7\\ \end{bmatrix}\right\}\)
to the standard basis in \(RR^{n}.\)

Alternate coordinate systems

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asked 2021-02-22

Describe in words the region of \(R^{3}\) represented by the equation(s) or inequality.
\(x = 5\)

Alternate coordinate systems

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asked 2021-02-19

To explain^ Why the beta-coordinate vectors of \(\beta = {b_{1}, ... , b_{n}}\)
are the columns \(e_{1}, ... , e_{n}\)
of the \(n \times n\) identity matrix.

Alternate coordinate systems

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asked 2021-02-15

A subset \({u_{1}, ..., u_{p}}\) in V is linearly independent if and only if the set of coordinate vectors
\({[u_{1}]_{\beta}, ..., [u_{p}]_{\beta}}\)
is linearly independent in \(R^{n}\)

Alternate coordinate systems

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asked 2021-02-15

Which of the following coordinate systems is most common?
a. rectangular
b. polar
c. cylindrical
d. spherical

Alternate coordinate systems

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asked 2021-01-28

Plot the given point \((-4, 0)\) in a rectangular coordinate system.

Alternate coordinate systems

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asked 2021-01-25

Give a full answer to given question: Double-stranded DNA looks a little like a ladder that has been twisted into a helix, or spiral. The side supports (poles) of the ladder are ?

Alternate coordinate systems

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asked 2021-01-25

The vector x is in \(H = Span \ {v_{1}, v_{2}}\)
and find the beta-coordinate vector \([x]_{\beta}\)

Alternate coordinate systems

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asked 2021-01-02

Solve the given Alternate Coordinate Systems and give a correct answer 10) Convert the equation from Cartesian to polar coordinates solving for \(r^2\):
\(\frac{x^2}{9} - \frac{y^2}{16} = 25\)

Alternate coordinate systems

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asked 2020-12-29

Describe in words the region of \(R^{3}\) represented by the equation(s) or inequality.
\(x^{2} + y^{2} = 4\)

Alternate coordinate systems

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asked 2020-12-25

Show that the equation represents a sphere, and find its center and radius.
\(x^{2} + y^{2} + z^{2} + 8x - 6y + 2z + 17 =0\)

Alternate coordinate systems

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asked 2020-12-25

What coordinate system is suggested if the integrand of a triple integral involves \(x^{2} + y^{2}?\)

Alternate coordinate systems

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asked 2020-12-14

Let C be a circle, and let P be a point not on the circle. Prove that the maximum and minimum distances from P to a point X on C occur when the line X P goes through the center of C. [Hint: Choose coordinate systems so that C is defined by
\(x2 + y2 = r2\) and P is a point (a,0)
on the x-axis with a \(\neq \pm r,\) use calculus to find the maximum and minimum for the square of the distance. Don’t forget to pay attention to endpoints and places where a derivative might not exist.]

Alternate coordinate systems

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asked 2020-11-23

Describe in words the region of \(RR^{3}\) represented by the equation or inequality.
\(z \geq -1\)

Alternate coordinate systems

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asked 2020-11-08

Use a graphing calculator to graph the solution of the system of inequalities. Find the coordinates of all vertices, rounded to one decimal place.
\(\begin{cases}y \geq x - 3\\y \geq -2x+6\\y \leq 8\end{cases}\)

Alternate coordinate systems

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asked 2020-11-02

Ask your question. Get your answer. Easy as that

Convert the point from spherical coordinates to rectangular coordinates.
\((9, \pi, \frac{\pi}{2})\)
\((x, y, z) = ?\)

Consider the solid that is bounded below by the cone \(z = \sqrt{3x^{2}+3y^{2}}\)
and above by the sphere \(x^{2} +y^{2} + z^{2} = 16.\).Set up only the appropriate triple integrals in cylindrical and spherical coordinates needed to find the volume of the solid.

Descibe in words the region of \(\mathbb{R^{3}}\) represented by the equation or inequality.
\(y = -2\)

Give a full answer for the given question: The covalent backbone of DNA and RNA consists of: ?

The change - of - coordinate matrix from \(\mathscr{B} = \left\{\begin{bmatrix}3\\-1\\4\\\end{bmatrix}\begin{bmatrix}2\\0\\ -5 \\\end{bmatrix}\begin{bmatrix}8\\-2\\7\\ \end{bmatrix}\right\}\)
to the standard basis in \(RR^{n}.\)

Describe in words the region of \(R^{3}\) represented by the equation(s) or inequality.
\(x = 5\)

To explain^ Why the beta-coordinate vectors of \(\beta = {b_{1}, ... , b_{n}}\)
are the columns \(e_{1}, ... , e_{n}\)
of the \(n \times n\) identity matrix.

A subset \({u_{1}, ..., u_{p}}\) in V is linearly independent if and only if the set of coordinate vectors
\({[u_{1}]_{\beta}, ..., [u_{p}]_{\beta}}\)
is linearly independent in \(R^{n}\)

Which of the following coordinate systems is most common?
a. rectangular
b. polar
c. cylindrical
d. spherical

Plot the given point \((-4, 0)\) in a rectangular coordinate system.

Give a full answer to given question: Double-stranded DNA looks a little like a ladder that has been twisted into a helix, or spiral. The side supports (poles) of the ladder are ?

The vector x is in \(H = Span \ {v_{1}, v_{2}}\)
and find the beta-coordinate vector \([x]_{\beta}\)

Solve the given Alternate Coordinate Systems and give a correct answer 10) Convert the equation from Cartesian to polar coordinates solving for \(r^2\):
\(\frac{x^2}{9} - \frac{y^2}{16} = 25\)

Describe in words the region of \(R^{3}\) represented by the equation(s) or inequality.
\(x^{2} + y^{2} = 4\)

Show that the equation represents a sphere, and find its center and radius.
\(x^{2} + y^{2} + z^{2} + 8x - 6y + 2z + 17 =0\)

What coordinate system is suggested if the integrand of a triple integral involves \(x^{2} + y^{2}?\)

Describe in words the region of \(RR^{3}\) represented by the equation or inequality.
\(z \geq -1\)

Use a graphing calculator to graph the solution of the system of inequalities. Find the coordinates of all vertices, rounded to one decimal place.
\(\begin{cases}y \geq x - 3\\y \geq -2x+6\\y \leq 8\end{cases}\)

Two different ways to express \(\begin{bmatrix}1\\1 \end{bmatrix}\)
as a linear combination of \(v_{1}, c_{2}\ and\ v_{3}.\)

Ask your question. Get your answer. Easy as that

College Statistics: alternate coordinate systems solving