Problem 55620. Linear Motion 5

Created by Tanya Kuruvilla

Solve Later

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Round to the nearest tenth.</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/><w:jc w:val=\"left\"/></w:pPr><w:customXml w:element=\"image\"><w:customXmlPr><w:attr w:name=\"height\" w:val=\"90\"/><w:attr w:name=\"width\" w:val=\"320\"/><w:attr w:name=\"verticalAlign\" w:val=\"baseline\"/><w:attr w:name=\"altText\" w:val=\"\"/><w:attr w:name=\"relationshipId\" 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","relationship":null}],"relations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<div style = "text-align: start; line-height: 20.4333px; min-height: 0px; white-space: normal; color: rgb(0, 0, 0); font-family: Menlo, Monaco, Consolas, monospace; font-style: normal; font-size: 14px; font-weight: 400; text-decoration: rgb(0, 0, 0); white-space: normal; "><div style="block-size: 146.5px; display: block; min-width: 0px; padding-block-start: 0px; padding-top: 0px; perspective-origin: 407px 73.25px; transform-origin: 407px 73.25px; vertical-align: baseline; "><div style="block-size: 42px; font-family: Helvetica, Arial, sans-serif; line-height: 21px; margin-block-end: 9px; margin-block-start: 2px; margin-bottom: 9px; margin-inline-end: 10px; margin-inline-start: 4px; margin-left: 4px; margin-right: 10px; margin-top: 2px; perspective-origin: 384px 21px; text-align: left; transform-origin: 384px 21px; white-space: pre-wrap; margin-left: 4px; margin-top: 2px; margin-bottom: 9px; margin-right: 10px; "><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 261px 8px; transform-origin: 261px 8px; unicode-bidi: normal; "><span style="">A robot moving down an incline for 3 seconds undergoes a uniform acceleration of </span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 4px 8px; transform-origin: 4px 8px; unicode-bidi: normal; "><span style="font-weight: 700; ">a</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 15.5px 8px; transform-origin: 15.5px 8px; unicode-bidi: normal; "><span style=""> ft/s2</span></span><span style="block-size: auto; display: inline; margin-block-end: 0px; margin-block-start: 0px; margin-bottom: 0px; margin-inline-end: 0px; margin-inline-start: 0px; margin-left: 0px; margin-right: 0px; margin-top: 0px; perspective-origin: 81.5px 8px; transform-origin: 81.5px 8px; unicode-bidi: normal; "><span style="">. If the robot has an initial velocity of v1 ft/s when it starts down, what is its final velocity (v2) at the bottom of the incline? Round to the nearest tenth.</span></span></div><div style="block-size: 95.5px; font-family: Helvetica, Arial, sans-serif; line-height: 21px; margin-block-end: 9px; margin-block-start: 2px; margin-bottom: 9px; margin-inline-end: 10px; margin-inline-start: 4px; margin-left: 4px; margin-right: 10px; margin-top: 2px; perspective-origin: 384px 47.75px; text-align: left; transform-origin: 384px 47.75px; white-space: pre-wrap; margin-left: 4px; margin-top: 2px; margin-bottom: 9px; margin-right: 10px; "><img class="imageNode" style="vertical-align: baseline" 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" data-image-state="image-loaded"></div></div></div>

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Last Solution submitted on Jan 20, 2023

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2 Comments

William on 10 Sep 2022

The test answers in this problem are incorrect. They have used a factor of "t^2" rather than "t", so the units aren't correct.

Dyuman Joshi on 11 Sep 2022

William, the test answers have been corrected and I have rescored your solution as well.

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Problem 55620. Linear Motion 5

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Problem 55620. Linear Motion 5

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