20 correct out of 30 is 66.6% or D
Yes, increasing 10°F by 20 degrees would result in a total of 30°F.
3/20
Vertices = 20 Faces = 12 Edges = 30 V + F = 20 + 12 = 32 E + 2 = 30 + 2 = 32 So V + F = E + 2
It would be a 85.
The F-B-I- - 1965 Quantico 1-20 was released on: USA: 30 January 1966
The formula for an icosahedron, a polyhedron with 20 triangular faces, is given by the Euler characteristic formula: ( V - E + F = 2 ), where ( V ) is the number of vertices, ( E ) is the number of edges, and ( F ) is the number of faces. For an icosahedron, there are 12 vertices (V), 30 edges (E), and 20 faces (F), satisfying the equation: ( 12 - 30 + 20 = 2 ).
To find the difference between -5°F and 20°F, you subtract the lower temperature from the higher one: 20°F - (-5°F) = 20°F + 5°F = 25°F. Thus, the difference between -5°F and 20°F is 25°F.
it depends. non-turbo = SAE 5W-30 for ambient temp ranges minus 20 to 100 F. turbo = SAE 5W-30 for ambient temp ranges minus 20 to 60 F SAE 10W-30 for ambient temp ranges minus 10 to 120 F SAE 20W-40 for ambient temp ranges minus 32 to 120 F
5w-30 viscosity with outside temperature-range of -20 to +100 f 10w-30 or 10w-40 viscosity with outside temperature - range of 0 to + 100 f
0
20 percent of 30 = 6 20% of 30 = 20% * 30 = 20%/100% * 30 = 6
Depends on where you live. (The temperature actually...) Cool: Low-30(C)- High 20C - 5w/30 Low-22(F) - High 68(F) - 5w/30 Average: Low-20(C)- High 40(c) - 10w/30 Low-04(F)- High 104(f) - 10w/30 Hot: Low-15(C)- High 40+(C) 15w/40 Low 15(F) - High 110+(F) 15w/40