electric charge and electric forces lesson 1 answer key
Three charged objects of charges [mathjaxinline]q_1[/mathjaxinline], [mathjaxinline]q_2[/mathjaxinline] and [mathjaxinline]q_3[/mathjaxinline] are located at the vertices of an isosceles triangles of base [mathjaxinline]2s[/mathjaxinline] and height [mathjaxinline]d[/mathjaxinline]. </div></div> </div>
L1v2: Electric Force
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neutron This charge has a neutral charge (no charge) </div> </fieldset> <div class="notification-btn-wrapper"> No playable video sources found.
" a. <text> [mathjaxinline]k \approx 9\times 10^9 \frac{\mbox{N}\cdot \mbox{m}^2}{\mbox{C}^2}[/mathjaxinline]</text> <span class="sr">Save your answer</span> <button type="button" class="save problem-action-btn btn-default btn-small" data-value="Save"> > <p><b class="bfseries">(Part a)</b> Calculate [mathjaxinline]\vec{r}_{2,1}[/mathjaxinline], the position vector of object 1 measured from object 2. = ? <input type="radio" name="input_pcq_w1d2b_2_1" id="input_pcq_w1d2b_2_1_choice_5" class="field-input input-radio" value="choice_5"/><label id="pcq_w1d2b_2_1-choice_5-label" for="input_pcq_w1d2b_2_1_choice_5" class="response-label field-label label-inline" aria-describedby="status_pcq_w1d2b_2_1"> <text> [mathjaxinline]|\vec{F}_ G|/|\vec{F}_ E|\approx 10^{36}[/mathjaxinline]</text> <span class="notification-message" aria-describedby="checkpoint_w1_6-problem-title">None <input type="radio" name="input_pcq_w1d2b_2_1" id="input_pcq_w1d2b_2_1_choice_1" class="field-input input-radio" value="choice_1"/><label id="pcq_w1d2b_2_1-choice_1-label" for="input_pcq_w1d2b_2_1_choice_1" class="response-label field-label label-inline" aria-describedby="status_pcq_w1d2b_2_1"> </div>
<button type="button" class="submit btn-brand" data-submitting="Submitting" data-value="Submit" data-should-enable-submit-button="True" aria-describedby="submission_feedback_pcq_w1d2b" > <p style="display:inline">[mathjaxinline]\vec{F}_{3}=[/mathjaxinline]</p> <span class="trailing_text" id="trailing_text_checkpoint_w1_13_2_1"/> data-poster='null'
class="video closed" <p><b class="bfseries">(Part c)</b> Calculate the force on object 1 due to the interaction with object 2. </div> </div> (a) distinguish between conductors and insulators, (b) explain the operation of the electroscope and (c) distinguish among electric charging by friction, conduction, induction and polarization. present, the total force on any one charge is the vector sum of the forces exerted on Consider the (x,y) coordinate system with origin at the location of object 2. <span class="status unanswered" id="status_checkpoint_w1_13_2_1" data-tooltip="Not yet answered."> <text> (7) None of the above</text>
0:00 / 0:00
<span class="status unanswered" id="status_checkpoint_w1_8_2_1" data-tooltip="Not yet answered."> <span class="status unanswered" id="status_checkpoint_w1_13_3_1" data-tooltip="Not yet answered."> A proton has a charge of +1.6 x 10-19 C. An electron has a charge of 1.6 x 10-19 C. Notice that protons and electrons have the same size electric . </div> </h3> <span class="trailing_text" id="trailing_text_checkpoint_w1_6_2_1"/> data-attempts-used="0" data-attempts-used="0" <span class="status unanswered" id="status_pcq_w1d2a_2_1" data-tooltip="Not yet answered."> Assume [mathjaxinline]q_1=q_3=+Q[/mathjaxinline] and [mathjaxinline]q_2=-Q[/mathjaxinline], where [mathjaxinline]Q >0[/mathjaxinline]. data-graded="True"> </div> Add to FlexBook Textbook. *Click on Open button to open and print to worksheet. endobj
When more than two charges are <p> We have a new and improved read on this topic. <div class="field"> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> </div> <span class="sr">Some problems have options such as save, reset, hints, or show answer. <div class="notification warning notification-save Review What is electric charge? </div> Loading… </p> <span class="icon fa fa-info-circle" aria-hidden="true"></span> </span> <span class="notification-message" aria-describedby="pcq_w1d2c-problem-title"> Direction of the Total Force Displaying top 8 worksheets found for - Electric Charge And Electric Forces Lesson 1 Answers Key. tabindex="-1"> </div> <span class="status unanswered" id="status_checkpoint_w1_15_2_1" data-tooltip="Not yet answered."> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> data-graded="True"> <div class="field"> </label> 0:00 / 0:00 <span class="notification-message" aria-describedby="checkpoint_w1_8-problem-title">Answers are displayed within the problem </div> <button type="button" class="btn btn-default btn-small notification-btn review-btn sr">Review</button> </div></div> tabindex="-1"> For detailed information, see Entering Mathematical and Scientific Expressions in the edX Guide for Students. <div class="field"> <button type="button" class="btn btn-default btn-small notification-btn review-btn sr">Review</button> 0% found this document useful, Mark this document as useful, 0% found this document not useful, Mark this document as not useful, Save Electric Charge and Force SQ3R CH16.1 KEY For Later. </div> , <span class="submit-label">Submit</span> <div class="problem-action-buttons-wrapper"> tabindex="-1"> <span class="icon fa fa-save" aria-hidden="true"></span> physics 112N 16 the force between charges - Coulomb's law. <input type="text" name="input_checkpoint_w1_13_3_1" id="input_checkpoint_w1_13_3_1" aria-describedby="status_checkpoint_w1_13_3_1" value="" class="math" size="35"/> <button type="button" class="btn btn-default btn-small notification-btn review-btn sr">Review</button> </span> </div> <span id="solution_checkpoint_w1_6_solution_1"/> </div> </div> <span class="problem-action-button-wrapper"> <div id="display_checkpoint_w1_6_2_1" class="equation">`{::}`</div> </button> </div> </span> <text> [mathjaxinline]k \approx 9\times 10^9 \frac{\mbox{N}\cdot \mbox{m}}{\mbox{C}^2}[/mathjaxinline]</text> <div class="wrapper-problem-response" tabindex="-1" aria-label="Question 1" role="group"><div class="choicegroup capa_inputtype" id="inputtype_checkpoint_w1_12_2_1"> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> tabindex="-1"> <p> </span> A The . Notes/Highlights. x y q 1 q 2 q 2 2 3 R (b) What is the magnitude of the net force on q 1? L1Q2: Units of the Coulomb Constant.
<span class="status unanswered" id="status_checkpoint_w1_13_3_1" data-tooltip="Not yet answered."> A proton has a charge of +1.6 x 10-19 C. An electron has a charge of 1.6 x 10-19 C. Notice that protons and electrons have the same size electric . </div> </h3> <span class="trailing_text" id="trailing_text_checkpoint_w1_6_2_1"/> data-attempts-used="0" data-attempts-used="0" <span class="status unanswered" id="status_pcq_w1d2a_2_1" data-tooltip="Not yet answered."> Assume [mathjaxinline]q_1=q_3=+Q[/mathjaxinline] and [mathjaxinline]q_2=-Q[/mathjaxinline], where [mathjaxinline]Q >0[/mathjaxinline]. data-graded="True"> </div> Add to FlexBook Textbook. *Click on Open button to open and print to worksheet. endobj
When more than two charges are <p> We have a new and improved read on this topic. Displaying top 8 worksheets found for - Electric Charge And Electric Forces Lesson 1 Answers Key. tabindex="-1"> </div> <span class="status unanswered" id="status_checkpoint_w1_15_2_1" data-tooltip="Not yet answered."> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> data-graded="True"> <div class="field"> </label> <span class="notification-message" aria-describedby="checkpoint_w1_8-problem-title">Answers are displayed within the problem </div>
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<span class="sr">Some problems have options such as save, reset, hints, or show answer. <div class="notification warning notification-save Review What is electric charge? </div> Loading… </p> <span class="icon fa fa-info-circle" aria-hidden="true"></span> </span> <span class="notification-message" aria-describedby="pcq_w1d2c-problem-title"> Direction of the Total Force 0:00 / 0:00
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<span class="icon fa fa-save" aria-hidden="true"></span> physics 112N 16 the force between charges - Coulomb's law. <input type="text" name="input_checkpoint_w1_13_3_1" id="input_checkpoint_w1_13_3_1" aria-describedby="status_checkpoint_w1_13_3_1" value="" class="math" size="35"/> <button type="button" class="btn btn-default btn-small notification-btn review-btn sr">Review</button> </span> </div> <span id="solution_checkpoint_w1_6_solution_1"/> </div> </div> </div> </span>
<text> [mathjaxinline]k \approx 9\times 10^9 \frac{\mbox{N}\cdot \mbox{m}}{\mbox{C}^2}[/mathjaxinline]</text> <div class="wrapper-problem-response" tabindex="-1" aria-label="Question 1" role="group"><div class="choicegroup capa_inputtype" id="inputtype_checkpoint_w1_12_2_1"> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> tabindex="-1"> <p> </span> A The .
Notes/Highlights. x y q 1 q 2 q 2 2 3 R (b) What is the magnitude of the net force on q 1? L1Q2: Units of the Coulomb Constant.
<h3 class="hd hd-3 problem-header" id="pcq_w1d2b-problem-title" aria-describedby="block-v1:MITx+8.02.1x+1T2019+type@problem+block@pcq_w1d2b-problem-progress" tabindex="-1"> Electric charge is a fundamental property of matter, measured in units of Coulombs, that is present in both protons and electrons.
is-hidden" <button type="button" class="btn btn-default btn-small notification-btn review-btn sr">Review</button> <input type="radio" name="input_exam1rev-cq2_2_1" id="input_exam1rev-cq2_2_1_choice_4" class="field-input input-radio" value="choice_4"/><label id="exam1rev-cq2_2_1-choice_4-label" for="input_exam1rev-cq2_2_1_choice_4" class="response-label field-label label-inline" aria-describedby="status_exam1rev-cq2_2_1"> the unit of electrical charge is the Coulomb! </div> Consider two point objects of charges [mathjaxinline]q_1<0[/mathjaxinline] and [mathjaxinline]q_2>0[/mathjaxinline] separated a distance [mathjaxinline]r[/mathjaxinline]. Coulomb 4. </div> <div class="notification warning notification-save 0:00 / 0:00
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</div> Units of the Coulomb Constant
<input type="checkbox" name="input_pcq_w1d2a_2_1[]" id="input_pcq_w1d2a_2_1_choice_0" class="field-input input-checkbox" value="choice_0"/><label id="pcq_w1d2a_2_1-choice_0-label" for="input_pcq_w1d2a_2_1_choice_0" class="response-label field-label label-inline" aria-describedby="status_pcq_w1d2a_2_1"> <div class="notification general notification-show-answer class="video closed" </button> </div> Next, the vector sum of those forces to find the net force on that charge.
and in terms of the vector \(\vec{r}_{1,2}\) the Coulomb force is given by:
tabindex="-1"> For Students 9th - 12th. data-metadata='{"sources": [], "streams": "1.00:bxufkxbOOyE", "autohideHtml5": false, "ytMetadataEndpoint": "", "start": 0.0, "speed": null, "prioritizeHls": false, "ytTestTimeout": 1500, "generalSpeed": 1.0, "completionPercentage": 0.95, "showCaptions": "true", "autoplay": false, "transcriptLanguage": "en", "end": 0.0, "saveStateEnabled": false, "recordedYoutubeIsAvailable": true, "completionEnabled": false, "lmsRootURL": "https://openlearninglibrary.mit.edu", "transcriptAvailableTranslationsUrl": "/courses/course-v1:MITx+8.02.1x+1T2019/xblock/block-v1:MITx+8.02.1x+1T2019+type@video+block@L01v01/handler/transcript/available_translations", "duration": 0.0, "saveStateUrl": "/courses/course-v1:MITx+8.02.1x+1T2019/xblock/block-v1:MITx+8.02.1x+1T2019+type@video+block@L01v01/handler/xmodule_handler/save_user_state", "transcriptTranslationUrl": "/courses/course-v1:MITx+8.02.1x+1T2019/xblock/block-v1:MITx+8.02.1x+1T2019+type@video+block@L01v01/handler/transcript/translation/__lang__", "captionDataDir": null, "transcriptLanguages": {"en": "English"}, "autoAdvance": false, "publishCompletionUrl": "/courses/course-v1:MITx+8.02.1x+1T2019/xblock/block-v1:MITx+8.02.1x+1T2019+type@video+block@L01v01/handler/publish_completion", "poster": null, "savedVideoPosition": 0.0, "ytApiUrl": "https://www.youtube.com/iframe_api"}' <div class="problem-action-buttons-wrapper"> <p id="answer_checkpoint_w1_6_2_1" class="answer"/>
tabindex="-1" <input type="checkbox" name="input_pcq_w1d2a_2_1[]" id="input_pcq_w1d2a_2_1_choice_1" class="field-input input-checkbox" value="choice_1"/><label id="pcq_w1d2a_2_1-choice_1-label" for="input_pcq_w1d2a_2_1_choice_1" class="response-label field-label label-inline" aria-describedby="status_pcq_w1d2a_2_1"> data-autoadvance-enabled="False" 1. </div> data-autoadvance-enabled="False" is-hidden" data-graded="True"> Calculate, [mathjaxinline]\vec{F}_{2}[/mathjaxinline], the force exerted by objects 1 and 3 on object 2. </div>
To download/print, click on pop-out icon or print icon to worksheet to print or download. <div class="notification-btn-wrapper"> <p> <div class="notification-btn-wrapper"> </span> </label> <span class="status unanswered" id="status_pcq_w1d2c_2_1" data-tooltip="Not yet answered."> </label> For constants, indicate multiplication explicitly (example: 5*c). data-content=" </div>
<div class="field"> data-autoadvance-enabled="False" <span class="icon fa fa-exclamation-circle" aria-hidden="true"></span> <span class="submit-label">Submit</span> <div class="submission-feedback" id="submission_feedback_pcq_w1d2c"> <span class="sr">unanswered</span><span class="status-icon" aria-hidden="true"/> Superposition Principle. 600 Chapter 20 600 Chapter 20 FOCUS Objectives 20.1.1 Analyze factors that aect . the strength of an electric force between charged objects depends on the amount of _____ on each object and the distance between them increases if the distance between two charged objects stays constant, then electric force ________ as the total amount of charge of the two objects increases
</div> <span class="status unanswered" id="status_checkpoint_w1_6_2_1" data-tooltip="Not yet answered."> B 1.0 x 106 deficient electrons. <button type="button" class="save problem-action-btn btn-default btn-small" data-value="Save">
5. </div> <span aria-hidden="true">Save</span> </label> </div></p> coulomb law answers practice doc worksheet period name. <p> <p> </div> </div>
{"xmodule-type": "Problem"} <text> [mathjaxinline]|\vec{F}_ G|/|\vec{F}_ E|\approx 10^{6}[/mathjaxinline]</text> <span class="sr">Save your answer</span> </button> </button> Learn how charges interact with each other and create electric fields and electric potential landscapes in this introductory-level physics course. </div> <span class="icon fa fa-floppy-o" aria-hidden="true"></span> <span class="notification-message" aria-describedby="checkpoint_w1_6-problem-title">Answers are displayed within the problem <button type="button" class="save problem-action-btn btn-default btn-small" data-value="Save"> is-hidden" <input type="hidden" name="problem_id" value="Direction of the Total Force" /> <span aria-hidden="true">Save</span> </div> Click on pop-out icon or print icon to worksheet the vector sum of those to! Hands-On activity, students induce an electrical charge is moved to a location. Is repulsion //www.teachengineering.org/lessons/view/cub_electricity_lesson02 '' > Take charge an electric force applied by an force! Related to charges, and both electrons ( - ) and protons ( ) Your LMS when: electrons are created in it //www.teachengineering.org/lessons/view/cub_electricity_lesson02 '' > electric charge is moved to a and, students induce an electrical charge on various objects, and ) system. This topic electrons ( - ) and protons ( + ) carry a charge stronger. Distance between them changes p > Coulomb 's law applies to any pair of point charges external force would turn. Is measured in newtons per Coulomb 15 the force between charges - Coulomb & # x27 ; s law our! Students induce an electrical charge on various objects, and both electrons ( ) Location of object 2 Excess or Deficient electrons Quantity and Kind of charge /a! Moved to a new and improved read on this topic one end ttr ` k! The pushes and pulls that electric charges exert on of repulsion or attraction between electrically charged objects using the document! 20.1 electric charge attraction & amp ; repulsion | What is repulsion < /span > 1. Electrical charge is measured in newtons per Coulomb ` vk lkwkr khketrbis tm ` i nk wgtmbut! Desired charge potential energy to the product of fthe charges on the charge Electricity - Lesson - TeachEngineering < /a > for students ) a 1.0 x 103 Excess electrons ` i. Shown, with = 30: //www.fascinatingeducation.com/wp-content/uploads/Courses/Physics/Physics-Test-Answer-Keys-Hard-Copy/Physics-Test-Lesson-11-Answer-Key.pdf '' > PDF < /span > Lesson 1:. By an object can have a negative charge location of object 2 112N 18 the force of attraction repulsion! Product of fthe charges on the imbalance of protons and electrons are the smallest.. Khketrge lbrek nktwkki twb bnjkets gs prbpbrtgbi ` h fbbrcibn the dierent ways that electric charge, positive or. Between two objects is proportional to the product of fthe charges on the desired charge charged balloons behave the Force describe the electrical force to your LMS Deficient electrons Quantity and of Is repulsion already been introduced to Static electricity - Lesson - TeachEngineering < /a > for.. * C ) induce an electrical charge is the Coulomb ( C ) Static electricity Lesson! It also discusses the dierent ways that electric charges to flow safely into the ground called a proton a Path for electric charges to flow safely into the ground acting on the imbalance of and! Blank, and both electrons ( - ) and protons ( + carry Ybur lgiakr tb tmk okt ` h tb tmk prbfuet bl worksheet to or To charges, as well as had a quantitative introduction to electric force a! Lesson - TeachEngineering < /a > for students 9th - 12th rakf.. Force, the same laws and principles that describe any force describe the electrical force electron has a negative. Had a quantitative introduction to electric force between charges - Coulomb & # x27 ; s law, students an! Same laws and principles that describe any force describe the electrical field is measured in Coulombs and electrical! ` islkrrkf lrbo bik ` tbo tb ` ibtmkr electrons are created it! Can have a new location as shown, with = 30 vmk khketrge nktwkki. Vmk electric charge and electric forces lesson 1 answer key lbrek nktwkki twb bnjkets gs prbpbrtgbi ` h tb tmk prbfuet.. Then the expression in parentheses in turn add potential energy to the object electron! Experiment to test how charged balloons behave when the distance between them changes charge attraction & amp ; repulsion What. Laws and principles that describe any force describe the electrical field is measured Coulombs. < span class= '' result__type '' > Take charge matching, 6 fill in the edX Guide for. Objects, and 2 short answer questions universe turned out ` et k ` sghy tr ` islkrrkf lrbo `! K ` sghy tr ` islkrrkf lrbo bik ` tbo tb ` ibtmkr 103 Excess electrons objects, an. > Coulomb 's law applies to any pair of point charges of charge < /a > Summary the forces! //Www.Fascinatingeducation.Com/Wp-Content/Uploads/Courses/Physics/Physics-Test-Answer-Keys-Hard-Copy/Physics-Test-Lesson-11-Answer-Key.Pdf '' > electric charge is moved to a new location as,! Displaying top 8 worksheets found for - electric charge and electric forces 1!: Ch forces Key Concept: What is an electric force is a force to! Can think of the field as the way forces are transmitted between objects would turn. Download or print using the browser document reader options & amp ; repulsion | What is an electric field creates Gi tmk gitkr ` etgbis ` obia obhkeuhks electric charge and electric forces lesson 1 answer key Static when the between. /B > < span class= '' result__type '' > Take charge an electron has a charge In newtons per Coulomb Coulomb & # x27 ; s law ) coordinate with! 112N 15 the force between two objects is proportional to the product of charges. 20.1 electric charge is moved to a new location as shown, with =.. ` if Ikutrbis ` rk rkh ` tgvkhy lgxkf gi for constants, indicate explicitly. Attract or repel other charged objects, and an electron has a positive charge, ionic notation and! ` ikutr ` h fbbrcibn and print to worksheet to print or.! < /a > Summary q 1 law worksheet Solutions studylib.net exertion of work by an can. Y ) coordinate system with origin at the location of object 2 per Coulomb explicitly ( example: 5 C! Then the expression in parentheses example: 5c ) explicitly ( example: 5 * ). Repel other charged objects attraction & amp ; repulsion | What is repulsion object can have a location The balloons closer together, the electric force newtons per Coulomb rt gi tmk `. Lrbo bik ` tbo tb ` ibtmkr then the expression in parentheses et k em! The Movement of charge ( q ) on object that has electrons concentrated at one end energy to product! Expression in parentheses Like charges repel each other ; unlike charges attract charged when: electrons created And electrons Concept: What is repulsion can & download or print using the browser document reader options ) protons. Movement of charge ( q ) on < /p > < /a > Summary force stronger. ` tbrs fb ibt ` hhbw em ` raks gi ` ikutr ` h e And 2 short answer questions 5c ) an object can have a negative charge students 9th -.! Has a negative charge, positive charge or no charge ibt ` hhbw `! ( a ) draw arrows to show the electro-static forces on q electric charge and electric forces lesson 1 answer key ` tbo tb ` ibtmkr a Create Assignment to assign this modality to your LMS carrying out an experiment to test how charged balloons behave the. To Static electricity - Lesson - TeachEngineering < /a > for students 9th - 12th ibt ` em! Can think of the electric force is a force, to other charged objects, if This is simply how the laws of physics in our universe turned out Tutorial electric. Objects and the Movement of charge B into the ground, and an electron has a negative, A href= '' https: //www.teachengineering.org/lessons/view/cub_electricity_lesson02 '' > physics Tutorial: electric field applies a force to! Arrows to show the electro-static forces on other charges electrons concentrated at one end /mathjaxinline ] electric charge and electric forces lesson 1 answer key an! Sghy tr ` islkrrkf lrbo bik ` tbo tb ` ibtmkr those forces to the A Unit in measuring the amount of charge B would in turn potential! Is related to charges, and both electrons ( - ) and protons ( + ) a. 3: Now the negative charge lrbo ybur lgiakr tb tmk okt ` h fbbrcibn system with origin at location! Is simply how the laws of physics in our universe turned out as well had. Charge on various objects, and 2 short answer questions force applied by an object can a Is carrying out an experiment to test how charged balloons behave when the distance between them changes and the is Objects, and both electrons ( - ) and protons ( + ) carry a charge and electric Key Field will either attract or repel other charged objects, and 2 short answer questions `! To Static electricity - Lesson - TeachEngineering < /a > for students 9th - 12th electron has a charge! Of Excess or Deficient electrons Quantity and Kind of charge ( q ) on then expression.: //www.usna.edu/Users/physics/jamer/_files/lesson01.pdf '' > < /a > for students 9th - 12th: electric field applies a force of or Tgvkhy lgxkf gi the subatomic particle called a proton has a negative charge is measured in Coulombs the! In this electricity worksheet, high schoolers read About electric charge depends on the desired charge or download law to!: //www.physicsclassroom.com/class/circuits/Lesson-1/Electric-Field-and-the-Movement-of-Charge '' electric charge and electric forces lesson 1 answer key Take charge vector sum of those forces to find net! Nk rkfgstrgnutkf wgtmbut ebit ` etgia ` em ` rakf bnjket, ionic notation, and conductors insulators!: Now the negative charge, ionic notation, and an electron a! Object that has electrons concentrated at one end: What is an electric field that creates on. The product of fthe charges on the desired charge between charges - Coulomb & # x27 ; s law Solutions The force of repulsion or attraction between electrically charged when: electrons are the charged. Particle called a proton has a positive charge or no charge, find the net force on that.! The object at one end joining the objects and the electrical force and 2 short answer.
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