The area bounded by the curve a2y=x2(x+a) and the x-axis is 3a2squ˙nits (b) 4a2squ˙nits 43a2squ˙nits (d) 12a2squ˙nits

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The area bounded by the curve {a}^{{2}}{y}={x}^{{2}}{({x}+{a})

Question

The area bounded by the curve $a^{2} y = x^{2} (x + a)$ and the x-axis is $\frac{a ^{2}}{3} s q \overset{u}{˙} n i t s$ (b) $\frac{a ^{2}}{4} s q \overset{u}{˙} n i t s$ $\frac{3 a ^{2}}{4} s q \overset{u}{˙} n i t s$ (d) $\frac{a ^{2}}{12} s q \overset{u}{˙} n i t s$

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Liam Discussed

The area bounded by the curve

a^{2} y = x^{2} (x + a)

and the x-axis is

\frac{a ^{2}}{3} s q \overset{u}{˙} n i t s

(b)

\frac{a ^{2}}{4} s q \overset{u}{˙} n i t s

\frac{3 a ^{2}}{4} s q \overset{u}{˙} n i t s

(d)

\frac{a ^{2}}{12} s q \overset{u}{˙} n i t s

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Question Text

The area bounded by the curve

a^{2} y = x^{2} (x + a)

and the x-axis is

\frac{a ^{2}}{3} s q \overset{u}{˙} n i t s

(b)

\frac{a ^{2}}{4} s q \overset{u}{˙} n i t s

\frac{3 a ^{2}}{4} s q \overset{u}{˙} n i t s

(d)

\frac{a ^{2}}{12} s q \overset{u}{˙} n i t s