6,7,8,9,10,11
4x + 12 < 60
A polygon that has more faces than a hexahedron (which has 6 faces) but fewer than a dodecagon (which has 12 sides) is an octagon, which has 8 sides. Additionally, a nonagon, with 9 sides, also fits this criterion. Both shapes meet the requirement of having more than 6 faces and fewer than 12.
A shape that has more faces than an octahedron (which has 8 faces) but fewer faces than an icosahedron (which has 20 faces) is a dodecahedron. A dodecahedron has 12 faces, satisfying the condition of having more than 8 and fewer than 20 faces.
3x + 12 < 20
26-12 = 14
4x + 12 < 60
To solve this problem, we first need to understand that "four times the number i" can be represented as 4i. Then, to find "12 fewer hats than 4i," we subtract 12 from 4i to get 4i - 12. Therefore, "12 fewer hats than four times the number i" is represented by the expression 4i - 12.
4n-12
Carbon - 14 has two more electrons than carbon - 12.
A polygon that has more faces than a hexahedron (which has 6 faces) but fewer than a dodecagon (which has 12 sides) is an octagon, which has 8 sides. Additionally, a nonagon, with 9 sides, also fits this criterion. Both shapes meet the requirement of having more than 6 faces and fewer than 12.
A shape that has more faces than an octahedron (which has 8 faces) but fewer faces than an icosahedron (which has 20 faces) is a dodecahedron. A dodecahedron has 12 faces, satisfying the condition of having more than 8 and fewer than 20 faces.
34,24,23,14,13, or even 12.
The element described has more valence electrons than oxygen but fewer than neon, more protons than sodium but fewer than argon. This element is magnesium, which has 12 protons, 12 valence electrons (2 more than oxygen but 2 less than neon), and is situated between sodium and argon on the periodic table.
12-
3x + 12 < 20
12 more than a number means: __+12 (a number plus 12). You can express this as an algebraic expression: n+12 or 12+n(n representing a number.)
26-12 = 14