Area of a rectangle = length * width
A = 25 * 10
A = 250 m2
In short, Your Answer would be Option C
Hope this helps!
If you're solving for I, then that means you need to get it by itself in one side, right?
then divide both sides by W and you'll get
I= A/W
which means that I is the division of A by W.
I hope this is the answer you're looking for!
The best fit curve for #1 is D. The easiest way to check these is by pluggin in to the equation and seeing if they come close. By doing just the first ordered pair along, it is apparent that only D will work.
With x = 1 input
A) -36
B) 24.2
C) 17.5
D) 11.58
#2 is also D. We can tell this because multiplying any of these options always results in a middle term between them. For instance, if you multiply out C, you will not only get x^4 and x^4, but you will also get terms such as 4x^2y^2 in the middle.
Answer:
You should stock 59 thousands of postcards
Step-by-step explanation:
In the standard normal distribution table, you want to find the Z with probability 0.4, which is (see figure attached) 1.28. Z is calculated as follows:
Z = (x - μ)/σ
where μ is the mean and σ is the standard deviation. Replacing with data:
1.28 = (x - 50)/7
x = 1.28*7 + 50 = 59 thousands of postcards
So, approximately 80% of the demand would be satisfied with a number of postcards between 41000 and 59000 (notice the curve is symmetrical).
AB is simply to YZ
AC is simply to YX
CB is simply to XZ
Because the triangle is flipped
If this could be of help
And sorry if it’s not