Div x

[div id type/-1] value = [div id id]Remove a division from the scenario. -1 is a random division (the value field will be ignored).type = remove_division which = "Exact Name" value = [country tag]Remove a named division from the scenario (for a certain country.)type = damage_division which = [div id type/-1] value = [div id id] where = Xwhere = Percent of Max Strength. Negative value is strength gain.type = disorg_division which = [div id type/-1] value = [div id id] where = Xwhere = Percent of Max Strength. Negative value is org gain.type = allow_convoy_escortstype = transport_pool which = [country] value = XAdds/removes transports from pooltype = escort_pool which = [country] value = XAdds/removes escorts from pooltype = peacetime_ic_mod value = X(%)Additive, and ONLY applied when a country is at peace. Default base value is 100%.type = convoy which = [startprov] value = [endprov] when = [resource_bits] 1=oil, 2=metal, 4=energy, 8=rare_materials, 16=suppliestype = deactivate which = [tech id]Make this technology permanently unavailable for the country.type = tc_mod value = X(%)Modify National Transport Capacity. Positive value = good.type = tc_occupied_mod value = X(%)Modify Occupied Province Transport Capacity Drain. Positive value = good.type = attrition_mod value = X(%)Modify the Attrition Penalty. Positive value = good.type = supply_dist_mod value = X(%)Modify the Supply Distance Penalty. Positive value = good.type = repair_mod value = X(%)Modify Reinforcement Efficiency. Positive value = good.type = research_mod value = X(%)Modify research efficiency. Positive value = good.type = scrap_model which = [div type] value = [model]Make a model obsolete (no longer possible to build).type = allow_building which = [building type]Allow the construction of a certain building type.type = building_prod_mod which = [building type] value = X%Bonus to production time. Additive. NOTE: Positive value = reduced time.type = convoy_prod_mod which = [escorts/transports] value = X%Bonus to production time. Additive. NOTE: Positive value = reduced time.type = radar_eff value = X(%)Modify the efficiency of radar stations (bonus to friendly aircraft in the province.) Positive value = good.type = info_may_cause which = [tech id]No effect, but informs player that this tech/event can open up new avenues of research.type = gas_attackEnable gas

Skip to main content|Math SolverSolvePracticePlayTopicsMeanModeGreatest Common FactorLeast Common MultipleOrder of OperationsFractionsMixed FractionsPrime FactorizationExponentsRadicalsCombine Like TermsSolve for a VariableFactorExpandEvaluate FractionsLinear EquationsQuadratic EquationsInequalitiesSystems of EquationsMatricesSimplifyEvaluateGraphsSolve EquationsDerivativesIntegralsLimitsAlgebra InputsTrigonometry InputsCalculus InputsMatrix InputsSolvePracticePlayTopicsMeanModeGreatest Common FactorLeast Common MultipleOrder of OperationsFractionsMixed FractionsPrime FactorizationExponentsRadicalsCombine Like TermsSolve for a VariableFactorExpandEvaluate FractionsLinear EquationsQuadratic EquationsInequalitiesSystems of EquationsMatricesSimplifyEvaluateGraphsSolve EquationsDerivativesIntegralsLimitsAlgebra InputsTrigonometry InputsCalculus InputsMatrix InputsEvaluate1.25Factor\frac{5}{2 ^ {2}} = 1\frac{1}{4} = 1.25QuizArithmetic5 problems similar to:6.25 \div 5Similar Problems from Web SearchHow do you evaluate \displaystyle{562}\div{56} ? Explanation:The first thing to notice is that\displaystyle{562}is a little more than\displaystyle{560}which ...What is \displaystyle{6.2}\div{.31} ? Explanation: \displaystyle{6.2}\div{0.31}=\frac{{6.2}}{{0.31}}=\frac{{{6.2}\times{100}}}{{{0.31}\times{100}}}=\frac{{620}}{{31}}={20}How do you divide \displaystyle{0.85}\div{5} ? \displaystyle{0.85}can be written as\displaystyle\frac{{85}}{{100}} . That's where the decimal point comes from. The number of zeroes is the same as the number of digits ...ShareCopied to clipboard\frac{625}{500} Expand \frac{6.25}{5} by multiplying both numerator and the denominator by 100.\frac{5}{4} Reduce the fraction \frac{625}{500} to lowest terms by extracting and canceling out 125.ExamplesQuadratic equation{ x } ^ { 2 } - 4 x - 5 = 0Trigonometry4 \sin \theta \cos \theta = 2 \sin \thetaLinear equationy = 3x + 4Arithmetic699 * 533Matrix\left[ \begin{array} { l l } { 2 } & { 3 } \\ { 5 } & { 4 } \end{array} \right] \left[ \begin{array} { l l l } { 2 } & { 0 } & { 3 } \\ { -1 } & { 1 } & { 5 } \end{array} \right]Simultaneous equation\left. \begin{cases} { 8x+2y = 46 } \\ { 7x+3y = 47 } \end{cases} \right.Differentiation\frac { d } { d x } \frac { ( 3 x ^ { 2 } - 2 ) } { ( x - 5 ) }Integration\int _ { 0 } ^ { 1 } x e ^ { - x ^ { 2 } } d xLimits\lim _{x \rightarrow-3} \frac{x^{2}-9}{x^{2}+2 x-3}

Will be paused when at choosen time.The answers will also be highlighted for you.At your leisure, solve the questions.Match Time: Inject'); getId("matchButton").addEventListener("click", function() { document.getElementById("customMessageContainer").remove(); match(); }); } else if (href.includes("/gravity")) { try { document.getElementsByClassName("UIModal is-white is-open")[0].style.display = "none" } catch (e) {} cAlert('Game Mode: GravityThank you for using Gabes Quizlet ExploitDont bother changing the time it only goes to 0.5. What score would you like?: Inject'); getId("gravityButton").addEventListener("click", function() { document.getElementById("customMessageContainer").remove(); gravity(); }); } else { } } function testMode() { var question = getClass("TermText notranslate lang-en"); for (var i = 0; i ' + findAnswerGlobal(question[i].innerHTML) + ""; } window.oncontextmenu = function(e) { e.preventDefault(); var answer = getClass("answers"); if (answer[0].style.display == "block") { for (var i = 0; i var buttons = document.querySelectorAll("button"), span = document.querySelectorAll("span"); if (getId("user-answer")) { getId("user-answer").disabled = true; getId("user-answer").value = findAnswerGlobal(getClass("qDef lang-en TermText")[0].innerHTML); for (var i = 0; i / } function spell() { if (getClass("SpellModeControls-progressValue")[0].innerHTML == "100%") { return 1; } if (getId("js-spellInput") !== null) { getId("js-spellInput").value = findAnswerGlobal(getClass("qDef lang-en TermText")[0].innerHTML); setTimeout(spell, 10); } } function match() { button = getClass("UIButton UIButton--hero")[0], button && button.click(); setTimeout(function() { var matchLoop = setInterval(function() { waitForMatch(); }, 0); function waitForMatch() { if (getClass("MatchModeQuestionScatterTile") || getClass("MatchModeQuestionGridBoard-tile")) { for (var F = setTimeout(";"), i = 0; i "); e[i].word = e[i].word.replace("\n", ""); if (t == e[i].word) { answers.push(e[i].definition); } else if (t == e[i].definition) { answers.push(e[i].word); } } return answers[Math.floor(Math.random() answers.length)]; } } } function cAlert(message) { var html = ' Gabes Quizlet Exploit '+message+''; var j = document.createElement('div'); j.innerHTML = html; document.body.appendChild(j); }})(); function getId(id) { return document.getElementById(id);} function getClass(id) { return document.getElementsByClassName(id);} //var learnInsertJs = "function figure(match) {termsWord = window.Quizlet.assistantModeData.terms.filter(function z(x) {return x.word == match}); termsDefinition = window.Quizlet.assistantModeData.terms.filter(function z(x) {return x.definition === match}); if (termsWord.length > 0) {return termsWord[0].definition;}; if (termsDefinition.length > 0) {return termsDefinition[0].word;}}; function solve() {input = document.querySelector('#AssistantModeTarget > div > div > div > div.ModeLayout-content > div > span:nth-child(2) > div > div > div.AssistantScrollableViewLayout-content > div > div.AssistantMultipleChoiceQuestionPromptView-promptArea > div > div > div > span').innerHTML; output = figure(input); outs = document.querySelectorAll('.AssistantMultipleChoiceQuestionPromptView-termOptionInner > div > span'); for (var i = 0; i div >

Enable flex behaviorsApply display utilities to create a flexbox container and transform direct children elements into flex items. Flex containers and items are able to be modified further with additional flex properties.div class="d-flex p-2 bd-highlight">I'm a flexbox container!div>I'm an inline flexbox container!div class="d-inline-flex p-2 bd-highlight">I'm an inline flexbox container!div>Responsive variations also exist for .d-flex and .d-inline-flex..d-flex.d-inline-flex.d-sm-flex.d-sm-inline-flex.d-md-flex.d-md-inline-flex.d-lg-flex.d-lg-inline-flex.d-xl-flex.d-xl-inline-flex.d-xxl-flex.d-xxl-inline-flexDirectionSet the direction of flex items in a flex container with direction utilities. In most cases you can omit the horizontal class here as the browser default is row. However, you may encounter situations where you needed to explicitly set this value (like responsive layouts).Use .flex-row to set a horizontal direction (the browser default), or .flex-row-reverse to start the horizontal direction from the opposite side. Flex item 1 Flex item 2 Flex item 3 Flex item 1 Flex item 2 Flex item 3div class="d-flex flex-row bd-highlight mb-3"> div class="p-2 bd-highlight">Flex item 1div> div class="p-2 bd-highlight">Flex item 2div> div class="p-2 bd-highlight">Flex item 3div>div>div class="d-flex flex-row-reverse bd-highlight"> div class="p-2 bd-highlight">Flex item 1div> div class="p-2 bd-highlight">Flex item 2div> div class="p-2 bd-highlight">Flex item 3div>div>Use .flex-column to set a vertical direction, or .flex-column-reverse to start the vertical direction from the opposite side. Flex item 1 Flex item 2 Flex item 3 Flex item 1 Flex item 2 Flex item 3div class="d-flex flex-column bd-highlight mb-3"> div class="p-2 bd-highlight">Flex item 1div> div class="p-2 bd-highlight">Flex item 2div> div class="p-2 bd-highlight">Flex item 3div>div>div class="d-flex flex-column-reverse bd-highlight"> div class="p-2 bd-highlight">Flex item 1div> div class="p-2 bd-highlight">Flex item 2div> div class="p-2 bd-highlight">Flex item 3div>div>Responsive variations also exist for flex-direction..flex-row.flex-row-reverse.flex-column.flex-column-reverse.flex-sm-row.flex-sm-row-reverse.flex-sm-column.flex-sm-column-reverse.flex-md-row.flex-md-row-reverse.flex-md-column.flex-md-column-reverse.flex-lg-row.flex-lg-row-reverse.flex-lg-column.flex-lg-column-reverse.flex-xl-row.flex-xl-row-reverse.flex-xl-column.flex-xl-column-reverse.flex-xxl-row.flex-xxl-row-reverse.flex-xxl-column.flex-xxl-column-reverseJustify contentUse justify-content utilities on flexbox containers to change the alignment of flex items on the main axis (the x-axis to start, y-axis if flex-direction: column). Choose from start (browser default), end, center, between, around, or evenly. Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item div class="d-flex justify-content-start">...div>div class="d-flex justify-content-end">...div>div class="d-flex justify-content-center">...div>div class="d-flex justify-content-between">...div>div class="d-flex justify-content-around">...div>div class="d-flex justify-content-evenly">...div>Responsive variations also exist for justify-content..justify-content-start.justify-content-end.justify-content-center.justify-content-between.justify-content-around.justify-content-evenly.justify-content-sm-start.justify-content-sm-end.justify-content-sm-center.justify-content-sm-between.justify-content-sm-around.justify-content-sm-evenly.justify-content-md-start.justify-content-md-end.justify-content-md-center.justify-content-md-between.justify-content-md-around.justify-content-md-evenly.justify-content-lg-start.justify-content-lg-end.justify-content-lg-center.justify-content-lg-between.justify-content-lg-around.justify-content-lg-evenly.justify-content-xl-start.justify-content-xl-end.justify-content-xl-center.justify-content-xl-between.justify-content-xl-around.justify-content-xl-evenly.justify-content-xxl-start.justify-content-xxl-end.justify-content-xxl-center.justify-content-xxl-between.justify-content-xxl-around.justify-content-xxl-evenlyAlign itemsUse align-items utilities on flexbox containers to change the alignment of flex items on the cross axis (the y-axis to start, x-axis if flex-direction: column). Choose from start, end, center, baseline, or stretch (browser default). Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item Flex item div class="d-flex align-items-start">...div>div class="d-flex align-items-end">...div>div class="d-flex align-items-center">...div>div class="d-flex align-items-baseline">...div>div class="d-flex align-items-stretch">...div>Responsive variations also exist for align-items..align-items-start.align-items-end.align-items-center.align-items-baseline.align-items-stretch.align-items-sm-start.align-items-sm-end.align-items-sm-center.align-items-sm-baseline.align-items-sm-stretch.align-items-md-start.align-items-md-end.align-items-md-center.align-items-md-baseline.align-items-md-stretch.align-items-lg-start.align-items-lg-end.align-items-lg-center.align-items-lg-baseline.align-items-lg-stretch.align-items-xl-start.align-items-xl-end.align-items-xl-center.align-items-xl-baseline.align-items-xl-stretch.align-items-xxl-start.align-items-xxl-end.align-items-xxl-center.align-items-xxl-baseline.align-items-xxl-stretchAlign selfUse align-self utilities on flexbox items to individually change their alignment on the cross axis (the y-axis to start, x-axis if flex-direction: column). Choose from the same

Head shaft rpm 39.91 x 9 = 359.19 x .2618 = 94.04 FPMASPHALT OILTo Find Asphalt % By Total Mix: Add oil to aggregate then divide oil by total of the two Assume the following: 250 tons aggregate used, 15 tons oil used Example: 250agg + 15oil = 265 15 div 265 = .0566% oil by totalTo Calculate Where You Should Be Running With A Known Aggregate Tph: TPH of dry aggregate x % of oil, div. 100-% of oil = oil tph Assume the following: 70tph aggregate (dry), 5.4% oil Example: 100% – 5.4% = 94.6 70 tph x 5.4% = 378 div 94.6 = 3.99 tph of oilTo Find The Number Of Gallons Delivered On A Particular BILL OF LADING: Net weight in pounds (x), divide 8.328 (pounds per gallon of water, which has a specific gravity of 1.0) = y Divide y by the specific gravity (z) listed on the delivery ticket for the oil you are using Assume the following: x= 66,920, z= 1.0273 Example: 66,920 divide 8.328= 8,035.54 (y) 8,035.54 divide 1.0273 (z)= 7,822 gallons at 60 degrees FahrenheitTo Find Asphalt Gallons Per Ton: Look up AC pounds per gallon at the oil’s temperature (x) Divide that number into 2000 Assume the following: x = 7.81 Example: 2000 div. 7.81 = 256.08 gallons AC per ton at the chosen temperatureTo Convert Gallons Of Oil To Tons: Look up AC pounds per gallon at the oil’s temperature (x) Multiply that number by number of gallons Divide that number by 2000 Assume the following: x = 7.81 Example: 7.81 ppg x 25,000 gals = 195,250# div 2000 = 97.625 tons of oil at (x) temperatureTo Find Out How Many Tons Of Oil Are In An AC Tank: Check oil temperature (t) Measure liquid, convert inches to gallons (g) Find temperature on compensation chart and get conversation factor (f) Read oil pounds-per-gallon* at 60 degrees (p) Assume: t= 325 degrees g= 12,834 gallons, f= .9105, p= 8.456 Example: 8.456 x .9105= 7.699ppg at 325 degrees 7.699ppg x 12,834gals = 98,811.37 pounds 98,811.37 # divide 2,000 = 49.41tons of oilTo Figure Out How Much Mix You Can Make With A Given Quantity Of Oil: Tons oil divided by percent of oil in mix = yield Example: 28 tons div. .055%= 509.09 tons of hot mix producedTo Find Pounds-Per-Gallon Of Any Oil: Find specific gravity listed on ‘bill-of-lading’ (g) Multiply pounds-per-gallon of water (8.33)* by the specific gravity (g) of the oil Assume: g= 1.0273 {actual reading for Oregon PBA-2} w= 8.33 Example: 8.33 x 1.0273= 8.56pounds-per-gallon for the oil at 60 degrees* Actual ppg of waterTo Find The US Gallons Capacity Of A Cylindrical Tank: Measure the diameter (d) and the length (l) Square the diameter, multiply by length, then multiply by .0034 Assume: d= 95″, l= 337″ Example: 95x 95x 337x .0034= 10,341 gallonsBAGHOUSEIt requires approximately 165 CFM of air to produce 1 ton of hot mix.To Find The Correct Baghouse Size For A Particular Drum: Radius x