39 is 150% of what number plz show work

Answers

Answer 1
Answer: Okay 39 is 150% of what number? so like remember whenever you see percent you have to divide by 100
so let's start
First. we have 150% so let's divide 150%/100=1.5

Second. you will multiply 1.5*39= 26% 

and you can also do it like easy way.

39/150=0.26
0.26/100=26

39 is 26% of 150

hope i help :p
Answer 2
Answer: 39 is 26% of 150


100%/x%=150/39
(100/x)*x=(150/39)*x
100=3.84615384615*x
(3.84615384615) to get x
100/3.84615384615=x
26=x
x=26

Related Questions

Nick spent 1 3/4 hours doing homework. Of that time, 2/3 was spent on a social studies project. How many hours did Nick spend working on the project?
Brian is 4 feet 6 inches tall. Brianna is 3 inches taller than Brian. Bianca is 3 inches taller than Brianna. How tall is bianca?
A rectangle whose perimeter is 80 m has an area of 384 m^2. Find the dimensions of the rectangle.
Increase £2 by fifty percent.(Show working out)
If the hikers want to share the fruit evenly,how many pieces of fruit should each person recieve

How many sides does a triangle have? show your work? why does it say show your work?

Answers

it is 3 because the when you draw a triangle you are drawing 3 lines

An owner of a small store knows that in the last week 54 customers paid with cash, 42 paid with a debit card, and 153 paid with a credit card. Based on the number of customers from last week, which fraction is closest to the probability that the next customer will pay with cash?

Answers

Based on the number of customers from last week, the fraction is closest to the probability that the next customer will pay with cash is 54/249

How to get population mean?

Suppose population is wide and you cannot evaluate all the population at once. Then you do sampling of large enough size randomly. The mean of that sample will be then the estimate for the mean that population will pertain.

What is experimental probability?

Experimental probability calculates the probability of some event from the results of experiments.

For an event E, we get the experimental probability of that event

P_e(E) = \frac{\text{Number of times E occurred}}{\text{Number of times experiments was done}}

where, P_e(E) is denoting experimental probability of occurrence of E.

Here, the customers are not all known to us, they are population.

But we have some data of the previous customer. Taking them as the sample, we have:

Experimental probability of an event from sample = Predicted probability for that event in population.

For this case, from the previous data, we have:

  • 54 customers paid with cash
  • 42 customers paid with debit card
  • 153 customers paid with a credit card.

Total customers who paid = 153 + 42 + 54 = 249

Total customers who paid with cash = 54

Thus, if we take:

E = event that a customer pays with cash, then:

P_e(E) = (54)/(249)

This is the probability deduced from the previous data that the next customer will pay with cash.

Thus, based on the number of customers from last week, the fraction is closest to the probability that the next customer will pay with cash is 54/249

Learn more about probability here:

brainly.com/question/1210781

You would add 54+42+153=249 to find the total amount of customers from the previous week. Then you would divide 54/249= 0.2168 to find the amount of customers that used cash to total customers. The closest fraction would be about 1/5. 

Find two integers whose sum is -7 ans whose product is 12. Explain how you found the numbers.

Answers

-3 + -4 = -7
add the numbers and keep the common sign.
-3 * -4 = 12
since the factors are both negative, the product is positive, when multiplying and/or dividing. 

why is it important to write any zero in the correct place value proposition when using the break apart strategy to add?

Answers

If u don't it could change the value of the number

Find the quadratic regression for (-1,1) , (0,0) , (1,1)

Answers

3 points define a parabola, so the regression will be unique. You want to find a quadratic polynomial P_2(x)=\beta_0+\beta_1x+\beta_2x^2 such that

\begin{cases}\beta_0-\beta_1+\beta_2=1\n\beta_0=0\n\beta_0+\beta_1+\beta_2=1\end{cases}

where the system above is generated by setting P_2(-1)=1, P_2(0)=0, and P_2(1)=1.

Since \beta_0=0, we have

\begin{cases}-\beta_1+\beta_2=1\n\beta_1+\beta_2=1\end{cases}\implies2\beta_2=2\implies\beta_2=1\implies\beta_1=0

So the regression for the given data points is P_2(x)=x^2.

an owner of a small store knows that in the last week 54 customers paid cash, 42 paid with debit card, and 153 paid with credit card. Based on the number of customer from last week, which fraction is closet to the probability that the next customer will pay cash?

Answers

The correct answer for the question that is being presented above is this one: :"18/83." First we need to know the total number of customers, so we should add 54+42+153, which equals 249. Now we know that last week, 54 out of 249 total customers paid with cash. As a fraction, 54/249 reduces to 18/83.