Answer:
Step-by-step explanation:
Given:
- The shipping charge for the entire order is five dollars
- $10 for each hat
- the total of the college order is less than $120
Let x is the number of hats the coach other, we have the inequality
5 + 10x < 120
<=> 10x < 115
<=> x < 115/10 = 11.5
So the maxinum hats the coach can other is 15.
2^6
4^3
8^2
Hope this helps :)
Answer:
It's J
Step by Step Explanation:
Answer:
192 cm^3/min
Step-by-step explanation:
Differentiating the volume expression, we get ...
dV/dt = 2xh(dx/dt) +x^2(dh/dt)
We are given that ...
x = 4 cm, dx/dt = 2 cm/min, h = 15 cm, dh/dt = -3 cm/min
Putting these values into the formula for volume rate of change, we get ...
dV/dt = 2(4 cm)(15 cm)(2 cm/min) +(4 cm)^2(-3 cm/min)
= 240 cm^3/min -48 cm^3/min
dV/dt = 192 cm^3/min
<span>(f−g)</span><span>(x)</span>=<span>f<span>(x)</span></span>−<span>g<span>(x<span>)
plug every thing in </span></span></span>5<span>x2</span>−3−<span>(<span>x2</span>−4x−8<span>)
then solve </span></span>5<span>x2</span>−3−<span>x2</span>+4x+<span>8
</span>=4<span>x2</span>+4x+<span>5</span>
