A prism with 24 edges will have 10 faces.
In a prism, each face is a flat surface. A prism has two parallel bases that are polygonal shapes, and the other faces are rectangular. The number of faces in a prism is determined by the shape of its bases. If the prism has a triangular base, it will have 3 rectangular faces on the sides, and the two triangular bases, making a total of 5 faces. If the prism has a rectangular or a square base, it will have 4 rectangular faces on the sides, and the two bases, making a total of 6 faces.
Since the prism in question has 24 edges, we can determine the shape of its bases by dividing the number of edges by the number of edges on each base. If the bases are polygons, we can find the number of edges by multiplying the number of vertices by the number of sides on each polygon. By trying different combinations, we find that a prism with 8-sided bases (octagon) will have 24 edges. Therefore, the prism has 2 octagonal bases and 8 rectangular faces, making a total of 10 faces.
#SPJ11
Answer:
let k represents the kumquat weight(in pound) and p represents the Asian pears weight respectively.
As per the given conditions,
The grocery store sells kumquat for $ 4.50 a pound
⇒ for 1 pound $4.50
then, in k pound =
similarly,
The Asian pears for $3.75 a pound
⇒ for 1 pound $3.75
then, in p pound =
Standard form of the equation is in the form of Ax + By = C:
The weight of kumquat k and Asian pears p that customer could buy with $ 16,
then the standard form of equation is: 4.50k +3.75p = 16
Answer:
Step-by-step explanation:
eq of first degree is a linear equation.
y=x+1
–30 = 6z
a. –5
b. –6
c. –24
d. –180
a. True
b. False
b.π, π/3, and 5π/3
c.1 and 2π/3
d.1, 2π/3, and 4π/3
e.1, π/3, and 5π/3
Answer:
Option B is correct for plato
Step-by-step explanation: