Unit 2A Practice: Modeling with 3D Solids (Bartels M3H) - Anna Bartels | Biblioteka

Instrukcije

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2

1

What equation would you use to find the volume of the following:

V=lwh-{4/3}{\pi}r^{3}

V=lwh+{4/3}{\pi}r^{3}

V=lwh-{4}{\pi}r^{2}

V=lwh+{4}{\pi}r^{2}

1

SA=2(lw)+2(wh)+2(lh)-2{\pi}rh

SA=2(lw)+2(wh)+2(lh)+2{\pi}r^{2}+2{\pi}rh

SA=2(lw)+2(wh)+2(lh)+2{\pi}rh

SA=lwh+2{\pi}r^{2}+2{\pi}rh

1

SA= 2(lw)+2(wh)+2(lh)+{1/3}{\pi}r^2

SA= 2(lw)+2(wh)+2(lh)-2{\pi}r^{2}+2{\pi}rh

SA=2(lw)+2(wh)+2(lh)-({\pi}r^{2})-2{\pi}rh

SA= 2(lw)+2(wh)+2(lh)+2{\pi}rh

1

V= lwh+2{\pi}rh

V= lwh-{\pi}r^{2}h

V= lwh+{\pi}r^{2}h

V= lwh-2{\pi}rh

1

20

\sqrt{58}

2\sqrt{10}

4

1

25

5\sqrt{29}

5\sqrt{21}

15