Püramiidi ruumala

• 
  V = S_p⋅ H
• V =
  V =π R m
• V = π R² H :3
• V = 6a³

Silindri põhja pindala

• S_p = π d
• S_p = π r m
• S_p = π r²
• S_p = 4πR²

Koonuse külgpindala

• S_k = 2( a+b)
• S_k = π d H
• S_k = π r m
• S_k = π r ²

Püstprisma (mille põhjaks on romb) põhja pindala

• S_p = a⋅b
• S_p = a⋅h
• S_p = 0,5 ab sin γ
• S_p = d₁: d₂ ⋅ 2

Kera pindala

• S = π R²
• S = 4 π R³
• S = 3 π R²
• S = 4π R²

Kaldprisma külgpindala

• S_k = P_põhja ⋅ H
• S_k = 2(a+b) ⋅ H
• S_k = (a+b+c)⋅H
• S_k =P_ristlõike⋅ H

Koonuse ruumala

• V = S_k⋅ H
• V = S_p⋅ H : 3
• V = ⅓ S_t :3
• V= π r² :3

Kuubi täispindala

• S_t = 4 a³
• S_t = 6 a²
• S_t = 4 a²
• S_t = 2S_k + S_p

Risttahuka ruumala

• V = a⋅b⋅c
• V = S_k ⋅H 
• V = 2 (a+b) ⋅ c
• V = (a + b +c)⋅H

Silindri külgpindala

• S_k = π²⋅ r
• S_k = π⋅ H⋅ d
• S_k = π⋅ d²
• S_k = π ⋅ r²⋅ H