<em>Plane figures</em> are shapes with <u>straight </u>sides. Considering the <em>movement</em> to be <em>lower</em> than the initial path, there are eleven (11) <u>paths</u> from A to B.
A <em>plane figure</em> is given shape with <u>straight</u> sides. And these <em>sides </em><u>connect</u> each edge of the figure one to another. Examples are triangles, quadrilaterals, polygons, etc.
A path is a <em>connection</em> or <u>link</u> between two <em>reference </em>points. This could be a <u>footpath</u> or a <u>motorable</u> path or <u>other</u> forms of the path.
Considering the given <em>plane figure</em> in the question, it can be observed that the <u>total</u> <u>number</u> of paths from A to B with respect to the given condition is eleven.
For more clarifications on paths around a given plane figure, visit: brainly.com/question/4871149
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Answer: 6 = t
Step-by-step explanation: To get <em>t</em> by itself since -3 is being multiplied by <em>t</em>, divide both sides of the equation by -3.
On the left, -18 divided by -3 is 6 and on the right, the -3's cancel.
So <em>6 = t</em>.
Separate the root expression into the two numbers you found as factors, with each number now under its own square root symbol. For example, sqrt(12) = sqrt(4) times sqrt(3). 3) Keep simplifying. The square root of a perfect square becomes just a number, without theradical<span> square root symbol.</span>
