Let
D-------> the deep of the chips
W------> the wide of the chips
L-------> the long of the chips
we know that
[volume of wood chips]=D*W*L-------> L=[volume of wood chips]/(D*W)
so
L=[volume of wood chips]/(D*W)----->L= 27/(6*3)-----> L=1.5 ft
the answer is
1.5 ft
There is a common equation we use to find the Area of a trapezoid.
(a+b)h/2=A
Let's fill in what we know. We're not going to fill in any information about the bases.
(a+b)8/2=96
We can already tell that 8/2 will simplify to 4.
(a+b)4=96
Let's divide each side by 4.
a+b=24
Now, let's look at the information about the bases.
So, we will have this in terms of base a, since one base is longer than the other. This is how it'll look.
a +(a+6)=24
We can simplify that further.
2a+6=24
now subtract 6 from each side.
2a=18
Let's divide
9=a
So one side is 9, so the other one is 15. We should make sure everything makes sense by putting all the information in the formula to find area.
(9+15)8/2
24×4
96.
The lengths of the bases are 9 and 15 inches.
Area of the label is calculated as diameter*PI*height
So if height of tomato can is 3 times the can of tuna: hTOM=3*hTUNA
Diameter of a tomato can is three times smaller so: dTOM=dTUNA÷3
so Area of a tomato can label= A=(dTUNA÷3)*PI*3*hTUNA
A=dTUNA*PI*hTUNA
and the area of a tuna can label=
A=dTUNA*PI*hTUNA
So, the label areas are the same.
A. You could draw 42 chicken dinners and 18 steak dinners with a minus sign in between. Then an equal sign and the 42 chicken dinners with 18 crossed out.
b. 42-m=18, or m+18=42, or most simply 42-18=m or 24.