Answer:
The three dimensions shown in an isometric drawing are the height, H, the length, L, and the depth, D
Explanation:
An isometric drawing of an object in presents a pictorial projection of the object in which the three dimension, views of the object's height, length, and depth, are combined in one view such that the dimensions of the isometric projection drawing are accurate and can be measured (by proportion of scale) to draw the different views of the object or by scaling, for actual construction of the object.
Answer:
W = 166.35 KJ
Explanation:
P₁ = 600 KPa
V₁ = 0.4 m³
V₂ = 0.2 m³
T = 300 K
W = ?
We can find the solution from the standard relation for work in an isothermal process
W = -n*R*T*Ln (Vf / Vi)
We know that
n*R*T = P*V ⇒ P₁*V₁ = P₂*V₂ = n*R*T = 600 *0.4 = 240
Now, we use the equation
W = -n*R*T*Ln (Vf / Vi) = - P₁*V₁*Ln (Vf / Vi)
⇒ W = -240*Ln (0.2 / 0.4) = 166.35 KJ
Answer:
Merge<-function(ss1,ss2) #function declaration which accepts 2 sequences
{
z=c(ss1,ss2) #it combines to sequences
z=sort(z) #in built function to sort the sequence
return (z) # returning merged sequence to calling function
}
y <- Merge(seq(1, 50, by=3), seq(2, 30, by=2)) #invoking merge function by passing two sequences
print(y) #printing merged sequence
Explanation:
Answer:
4. Because they include the static heads plus the friction
Answer: not sure
Explanation: brainly please