Answer:
≈ 4188.7902
Step-by-step explanation:
V=4/3πr^3=4/3·π·103≈4188.7902
Answer:
The answer is C
Step-by-step explanation:
Just got it.
Answer:
3m2(-6m3)
since it's a term you have to multiply it by the number in bracket
6m(-6m3)
6m(-18m)
-108m²
Answer:
Equation of tangent is
Step-by-step explanation:
Given:
Equation of curve, y = sec x
Passing through point =
We need to find Equation of tangent to the given curve and at the given point.
First we find the slope of the tangent by differentiating the given curve.
As we know that slope of the tangent, m =
So, consider
y = sec x
Now we find value of slope at given point,
put x = in above derivate
we get
Now using Slope point form, we have
Equation of tangent
Therefore, Equation of tangent is
At equilibrium point, the demand equation is equal to the supply equation.
Given that the <span>demand is Qd = 1500 - 250P, and supply is Qs = 850P, at equilibrium,
1500 - 250P = 850P
850P + 250P = 1500
1,100P = 1,500
P = $1.36
and the equilibruim Q is 1500 - 250(1.36) = 1,159
Therefore, the equilibruim P* is $1.36 and the equilibruim Q* is 1,159.
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