Answer:
so density is measured in grams per cm³
but the data we have is grams and mL, but lucky for us, we can easily convert mL to cm³ but it is a bit tricky.
so you have to multiply the amount in mL by e and divide by 
which means that you have to multiply by 1, (hard,i know)
so now you know that the given liquid is 6 grams per 24 cm³
so now, we will divide the amount in grams by the volume in cm³
6/24
= 1/4 grams per cm³
Answer:
should look like this on a graph.
The dotted line is the boundery line.
Answer:
80-t
Step-by-step explanation:
8(10)=80
80-t
Not sure if this is what you mean... please attach a picture to your question.
Dy/dx = dy/dt * dt/dx
xy = 4
y + x(dy/dx) = 0 by implicit differentiation.
x(dy/dx) = -y
dy/dx = -y/x
<span>dy/dx = dy/dt * dt/dx dy/dt = -2
</span>
<span>-y/x = -2 * dt/dx
</span>
y/(2x) = dt/dx
dt/dx = y/(2x)
dx/dt = 2x/y
When x = -3, xy = 4, y = 4/x = 4/-3 = -4/3
dx/dt = 2*-3/(-4/3) = -6 *-3/4 = 18/4 = 9/2 = 4.5
dx/dt = 4.5
Sorry i don’t understand the question can you reply to this and comment
