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3 years ago

What’s 50 1/3+ 50 1/3?

Mathematics

2 answers:

maw [93]3 years ago

5 0

Answer:

Hey there! :)

Step-by-step explanation:

~Answer would be 100 2/3

(There is 3 steps for solving this question, the steps are provided below!)

Here is two ways you can solve this problem!:

Steps in order to solve this problem:

~ 1.Make both of the mixed number into a improper fraction.

151/3 + 151/3

~ 2.Now, when you add ‘151/3 + 151/3’ you will get 302/3.

~ 3.Finally you divide 302 and 3 which will give you 100 2/3

……………………………………………………………………………………………………

Another way to solve the question:

~1.Break up the mixed number:

50 1/3 = 50 + 1/3

~2.So this is the question you asked 50 1/3 + 50 1/3

Add 50+50 which gives you 100.

We solved for the whole number and now we have to solve for the fractions part.

1/3 + 1/3 = 2/3

~3.We got 100 as the whole and 2/3 as the fraction.

So now you just combine them both.

100 + 2/3 = 100 2/3

Therefore the answer is 100 2/3

Hope this helps!! I would be glad to help you with anything you don’t understand about this question! :D

Good luck!

slega [8]3 years ago

4 0

Answer:

100 2/3

Step-by-step explanation:

50+50=100

1/3+1/3=2/3

100+2/3= 100 2/3

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At a certain vineyard it is found that each grape vine produces about 10 pounds of grapes in a season when about 600 vines are p

____ [38]

Answer:

The number of additional vines to plant in order to maximize production is 200

The total number of vines to maximize production is 800

Step-by-step explanation:

Notice that the expression for the number of pounds of grapes per acre is in fact a quadratic expression in the variable "n":

$A(n)=(600+n)(10-0.01n)\\A(n)= 6000-6n+10n-0.01n^2\\A(n) = 6000+4n-0.01n^2$

which is clearly associated with a parabola with arms pointing down (negative coefficient in the variable "n" squared). So by finding the vertex of the parabola, we can give the answer to what "n" (number of additional vines to plant).

Recall that the vertex of a parabola of the general shape: $y=ax^2+bx+c$ has an x-component defined by:

$x_{vertex}=\frac{-b}{2a}$

then in our case, the "n" value for that vertex is: $n_{vertex}= \frac{-4}{2(-0.01)} =200$

Then the additional number of vines to maximize grape production is 200

So the total should be: 600 + 200 =800

5 0

3 years ago

A rectangular pool has dimensions of 40 ft. and 60 ft. The pool has a patio area around it that is the same width on all sides.

drek231 [11]

The complete question in the attached figure

let
x-------> <span>the width of the patio

we know that
area of the pool=40*60-----> 2400 ft</span>²

area of the patio=[(40+2x)*(60+2x)]-2400
area of the patio=2400 ft²
so
[(40+2x)*(60+2x)]-2400=2400
2400+80x+120x+4x²-4800=0
4x²+200x-2400=0------> divide by 4 both sides----> x²+50x-600=0

therefore
the answer is
x²+50x-600=0