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6.03 Applications of the Pythagorean theorem

Adaptive
Worksheet

Interactive practice questions

The screen on a handheld device has dimensions $9$9 cm by $5$5 cm, and a diagonal of length $x$x cm. What is the value of $x$x?

Round your answer to two decimal places.

The rectangular screen of a handheld device is in landscape orientation. The bottom horizontal side measures $9$9 cm, as indicated by a horizontal dimension line. The right vertical side measures $5$5 cm, as indicated by a vertical dimension line. The diagonal, represented by a dashed line segment from the top-right corner of the screen to its bottom-left corner, is labeled $x$x cm. A small blue-shaded square marks the right angle at the bottom-right corner.
Easy
2 min

A soft drink can has a height of $13$13 cm and a radius of $3$3 cm. Find $L$L, the length of the longest straw that can fit into the can (so that the straw is not bent and fits entirely inside the can).

Give your answer rounded down to the nearest cm, to ensure it fits inside the can.

Easy
2 min

Edward and Vincent are playing football together. At one point in the game, they are near the same corner of the field. Edward is on the goal line, $11$11 m away from the corner, while Vincent is on the side line, $17$17 m away from the corner.

If the straight line distance between the two players is $d$d m, find the value of $d$d, rounding your answer to two decimal places.

Medium
2 min

A sports association wants to redesign the trophy they award to the player of the season. The front view of one particular design is shown below.

Medium
5 min
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Outcomes

8.MG.4

The student will apply the Pythagorean Theorem to solve problems involving right triangles, including those in context.

8.MG.4e

Apply the Pythagorean Theorem, and its converse, to solve problems involving right triangles in context.

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