To find: Whether the given triangles are congruent or not, to write the corresponding.

Given information:

Given information:

rocedwrp
2021-07-18
Answered

To find: Whether the given triangles are congruent or not, to write the corresponding.

Given information:

Given information:

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SabadisO

Answered 2021-07-19
Author has **108** answers

The corresponding angles of given triangles are equal.

But corresponding sides of the two given triangles are not equal.

So they are not congruent. The congruent triangles are exactly same with each other in shape and size.

Hence, the given triangles are not congruence.

But corresponding sides of the two given triangles are not equal.

So they are not congruent. The congruent triangles are exactly same with each other in shape and size.

Hence, the given triangles are not congruence.

asked 2021-08-07

Identify and sketch the graph of the conic section.

$9{x}^{2}+9{y}^{2}+18x-18y+14=0$

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Find the volume of the described solid. A cap of a sphere with radius and height h

asked 2022-05-08

The problem is like

$ma{x}_{\mathbf{x}}\phantom{\rule{mediummathspace}{0ex}}u({x}_{1},{x}_{2},...,{x}_{L})=-\sum _{i=1}^{L}\mid {x}_{i}-{a}_{i}\mid $,

$s.t.\sum _{i}^{L}{x}_{i}\le C$

for each $i$, ${a}_{i}>0$ is a scalar;

$C$ is a constant that is strictly greater than 0;

$\mathbf{x}=({x}_{1},{x}_{2},...,{x}_{L})\in {\mathbf{R}}_{+}^{L}$. Characterize the optimal $\mathbf{x}$ as a function of $C$ or ${a}_{i}$.

Hint: to solve the problem we should discuss the cases when $C\le \sum _{i}{a}_{i}$ and $C\ge \sum _{i}{a}_{i}$.

Thank you!

$ma{x}_{\mathbf{x}}\phantom{\rule{mediummathspace}{0ex}}u({x}_{1},{x}_{2},...,{x}_{L})=-\sum _{i=1}^{L}\mid {x}_{i}-{a}_{i}\mid $,

$s.t.\sum _{i}^{L}{x}_{i}\le C$

for each $i$, ${a}_{i}>0$ is a scalar;

$C$ is a constant that is strictly greater than 0;

$\mathbf{x}=({x}_{1},{x}_{2},...,{x}_{L})\in {\mathbf{R}}_{+}^{L}$. Characterize the optimal $\mathbf{x}$ as a function of $C$ or ${a}_{i}$.

Hint: to solve the problem we should discuss the cases when $C\le \sum _{i}{a}_{i}$ and $C\ge \sum _{i}{a}_{i}$.

Thank you!

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The common tangent in the given figures.

Given:

The given figure is:

Given:

The given figure is:

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Whether each sentence is true or false.

asked 2021-02-26

To prove:The extended proportions that are needed to prove $\mathrm{\u25b3}RST\sim \mathrm{\u25b3}XYZ$ by the SSS similarity theorem.

Given$\mathrm{\u25b3}RST,\mathrm{\u25b3}XYZ$ are two triangles.

Given

asked 2022-07-22

Proof of the Exterior Angle Theorem.

The exterior angle theorem for triangles states that the sum of “The measure of an exterior angle of a triangle is equal to the sum of the measures of the two interior angles that are not adjacent to it; this is the exterior angle theorem. The sum of the measures of the three exterior angles (one for each vertex) of any triangle is 360 degrees.” How can we prove this theorem?

So, for the triangle above, we need to prove why $\mathrm{\angle}CBD=\mathrm{\angle}BAC+\mathrm{\angle}BCA$

The exterior angle theorem for triangles states that the sum of “The measure of an exterior angle of a triangle is equal to the sum of the measures of the two interior angles that are not adjacent to it; this is the exterior angle theorem. The sum of the measures of the three exterior angles (one for each vertex) of any triangle is 360 degrees.” How can we prove this theorem?

So, for the triangle above, we need to prove why $\mathrm{\angle}CBD=\mathrm{\angle}BAC+\mathrm{\angle}BCA$