Math, asked by sujathamsc2003, 10 months ago

A system of two bodies A and
B are placed as shown in
figure. How many forces are
acting A and B
respectively?

Answers

Answered by Sambhavs

Answer:

$<! Doctype html><html><head><title>Dino</title></head><body> <svg> <defs> <pattern id="Pattern" x="0" y="0" width="60" height="70" patternUnits="userSpaceOnUse"> <line x1="15" y1="0" x2="15" y2="70"/> <line x1="45" y1="0" x2="45" y2="70"/> </pattern> </defs> <rect fill="url(#Pattern)" width="100%" height="1000%"/></svg><div class="dino"></div><div class="screen"</div><style>$b: black;$w: white;$g: mix(gray, white);$t: transparent;$size: 10px;@function getSize($mult: 1) { @return $size * $mult;}@mixin pixelmatic($art, $size: 100px) { display: block; height: $size; width: $size; $shadow: 0 0 transparent; @for $y from 1 through length($art) { @for $x from 1 through length(nth($art, $y)) { $shadow: $shadow + ", " + ($x * $size) + " " + ($y * $size) + " " + nth(nth($art, $y), $x); } } box-shadow: unquote($shadow);}$art: $t $t $t $t $b $b $b $b $b $b $b $b, $t $t $t $b $w $w $w $w $w $w $w $g $b, $t $t $b $w $w $w $w $w $w $w $w $w $g $b, $t $b $w $b $w $w $b $w $w $w $w $w $w $g $b, $b $w $w $w $w $w $w $w $w $w $w $w $w $w $g $b, $b $w $w $w $w $w $w $w $w $w $w $w $w $w $g $b, $b $w $w $w $w $w $w $w $w $w $b $w $w $w $g $b, $t $b $w $w $w $w $w $w $w $b $g $w $w $w $g $b, $t $t $b $b $b $b $b $b $b $g $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b, $t $t $t $t $t $t $t $t $b $w $w $w $w $w $g $b;$vertical: linear-gradient( 90deg, $b getSize(2), $t getSize(2), $t getSize(3), $b getSize(3), $b getSize(5), $t getSize(5) );$horizontal1: linear-gradient( $t getSize(3), $b getSize(3), $b getSize(6), $t getSize(6),); html,body { height: 100%;}body {background: $b; // background-image: $vertical, $horizontal1; // background-size: getSize(6) getSize(8), getSize(6) getSize(8); display: flex; align-items: flex-end; justify-content: center;}.dino { @include pixelmatic($art, 10px); margin-bottom: getSize(15); position: relative; z-index: 1;}svg { height: 100%; width: 100%; position: absolute;}line { stroke: $g; stroke-width: $size; stroke-dasharray: 50 20; &:first-child { animation: pour 0.5s steps(4) infinite; } &:last-child {animation: pour 0.5s ((2s / 7) * -1) steps(4) infinite; }}@keyframes pour { from { stroke-dashoffset: 70 } to { stroke-dashoffset: 0; }}.screen { position: absolute; z-index: 0; height: 100vh; width: 100vw; background: linear-gradient(transparent, rgba(black, 0.7));}</style></body></html>$

Answered by tejadps03

Answer: Gravitational force, Normal force

EXPLANATION: Gravitational force is acting on the objects to keep them to the ground while the normal force is acting upon B to avoid it falling off from A.

Step-by-step explanation: MARK ME AS THE BRALIEST.

Previous Question

Next Question

A system of two bodies A and B are placed as shown in figure. How many forces are acting A and B respectively?

Answers

A system of two bodies A and
B are placed as shown in
figure. How many forces are
acting A and B
respectively?