Social Sciences, asked by kukumpatel018, 9 months ago

Interior of the earth . ( Write a short note )

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Answers

Answered by Sambhavs
21

Answer:

on which topic

Explanation:

Canvas

&lt;! Doctype html&gt;</p><p>&lt;html&gt;</p><p>&lt;title&gt; Canvas&lt;/title&gt;</p><p>&lt;/head&gt;</p><p>&lt;body&gt;</p><p>&lt;div class="caravan"&gt;&lt;/div&gt;</p><p></p><p>&lt;style&gt;</p><p>.caravan{</p><p>position: relative;</p><p>margin : 0 auto;</p><p>margin-top: 150px;</p><p>width: 398px;</p><p>height: 235px;</p><p>background: linear-gradient(0deg, rgba(255,153,154,1) 2%, rgba(248,185,185,1) 3%, rgba(249,187,186,1) 4%, rgba(249,187,186,1) 6%, rgba(255,204,203,1) 44%, rgba(253,182,183,1) 45%, rgba(253,182,183,1) 46%, rgba(254,254,253,1) 47%, rgba(254,254,253,1) 84%, rgba(250,250,250,1) 100%);</p><p>border-radius: 45px;</p><p>    border-top-right-radius: 105px 169px;</p><p>   </p><p>}</p><p></p><p>.caravan::before{</p><p>  content: '';</p><p>  position: absolute;</p><p>  width: 390px;</p><p>  height: 500px;</p><p>  top: -100px;</p><p>  background-repeat: no-repeat;</p><p>      background-image: radial-gradient(ellipse, #cbcbcb 57%, transparent),radial-gradient(ellipse, #cbcbcb 57%, transparent),radial-gradient(ellipse, #808080 80%, transparent),radial-gradient(ellipse, #808080 80%, transparent), linear-gradient(0deg, rgba(230,230,230,1) 5%, rgba(157,157,157,0) 5%, rgba(127,127,127,0) 94%, rgba(230,230,230,1) 96%),linear-gradient(135deg, rgba(127,127,127,1) 2%, rgba(153,153,153,1) 2%, rgba(153,153,153,1) 24%, rgba(127,127,127,1) 24%, rgba(127,127,127,1) 48%, rgba(153,153,153,1) 48%, rgba(153,153,153,1) 86%, rgba(127,127,127,1) 86%, rgba(127,127,127,1) 100%), linear-gradient(135deg, rgba(127,127,127,1) 2%, rgba(153,153,153,1) 2%, rgba(153,153,153,1) 11%, rgba(127,127,127,1) 11%, rgba(127,127,127,1) 56%, rgba(153,153,153,1) 56%, rgba(153,153,153,1) 90%, rgba(127,127,127,1) 86%, rgba(127,127,127,1) 100%),linear-gradient(#e6e6e6,#e6e6e6),linear-gradient(#e6e6e6,#e6e6e6),linear-gradient(0deg, rgba(173,173,173,1) 1%, rgba(157,157,157,0) 0%, rgba(127,127,127,0) 99%, rgba(173,173,173,1) 100%),linear-gradient(90deg, rgba(173,173,173,1) 2%, rgba(157,157,157,0) 2%, rgba(127,127,127,0) 97%, rgba(173,173,173,1) 98%),linear-gradient(0deg, rgba(207,207,207,1) 1%, rgba(230,230,230,1) 0%, #fafafa 3%, #fafafa 99%, rgba(230,230,230,1) 99%, rgba(207,207,207,1) 101%), linear-gradient(90deg, rgba(207,207,207,1) 1%, rgba(230,230,230,1) 0%, #fafafa 3%, #fafafa 99%, rgba(230,230,230,1) 99%, rgba(207,207,207,1) 101%),radial-gradient(circle closest-side, rgba(228,229,233,1) 139%, rgba(155,142,141,1) 142%),linear-gradient(0deg, #eda7aa 5%, rgba(157,157,157,0) 5%, rgba(127,127,127,0) 94%, #eda7aa 96%),linear-gradient(90deg, #eda7aa 5%, rgba(157,157,157,0) 5%, rgba(127,127,127,0) 94%, #eda7aa 96%), linear-gradient(#b6b7b2,#b6b7b2),linear-gradient(#b6b7b2,#b6b7b2),radial-gradient(ellipse, #c9cfcf 80%, transparent),radial-gradient(circle closest-side, #7e7e7e 78%, #656565 98%, transparent 5%),radial-gradient(circle closest-side, #7e7e7e 78%, #656565 98%, transparent 5%),radial-gradient(ellipse at 50% 82%, #4c4c4c 67%, transparent 52%),radial-gradient(ellipse at 50% 82%, #4c4c4c 67%, transparent 52%);</p><p>    background-size: 9px 15px, 9px 15px , 9px 25px , 25px 9px ,72px 35px, 72px 54px,72px 54px,81px 61px,81px 61px,84px 142px,84px 142px,84px 174px,86px 174px, 24px 18px , 24px 25px,24px 25px, 6px 7px,6px 7px, 187px 9px,45px 54px,45px 54px,55px 29px,55px 29px;</p><p>    background-position: 143px 197px,143px 283px, 215px 224px, 281px 233px , 36px 152px,36px 151px,282px 151px,31px 148px,277px 148px,276px 146px,276px 146px, 148px 146px , 147px 146px, 386px 265px , 31px 267px , 31px 267px , 124px 92px, 250px 92px,99px 83px,293px 306px, 63px 306px, 58px 305px , 288px 305px;</p><p>}</p><p>&lt;/style&gt;</p><p>&lt;/body&gt;</p><p>&lt;/html&gt;

Answered by sharikhzeba1
5

Answer:

The mantle is the mostly-solid bulk of Earth's interior. The mantle lies between Earth's dense, super-heated core and its thin outer layer, the crust. ... In the mantle, heat and pressure generally increase with depth. The transfer of heat and material in the mantle helps determine the landscape of Earth.

Explanation:

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