How many times does 12 go into 62.

Answers

Answer 1
Answer: 12 can go into 62, 5 times 

We will have a remainder of 2

Therefore, our final answer is that 12 can go into 62 five times. And their will be a remainder of 2.

A word problem to represent this:- James had 62 apples, he wanted to give 12 friends apples. How much apples will each get and how much will be left for james. (He wants to give everyone a fair amount)

We have our equation: 12x=62

12x=62
12/12= 62/12
x=5 and remainder of 2

So each of James friends get 5 apples and James gets 2 for himself. 
Answer 2
Answer: 5 whole with the denominater of 12 and the numerater of 2

Related Questions

Which decimal is equivalent to 25/100 ? A. 0.25 B. 0.4 C. 0.75 D. 4.0
Samriti traveled 7/12 of the distance to her cousin's house before taking a break. which fraction represents the remainder of her trip? if her total trip is 240 miles, how far does she still need to travel?
Need help .i don’t understand this
Sale amount 399.79 sale tax 5%
What is the value of -|65.6|

PLEASE Help this is due today

Answers

B. 3
—-
11 775 x b- 6

Yuh!!
I’m pretty sure the correct answer is B

Solve with the quadratic formula
4×^2×+1=0

Answers

Answer:

Either x  = + i/2 or  x = i/2 is the solution for the given quadratic equation.

Step-by-step explanation:

Here, the given quadratic equation is:4x^2 + 1 = 0

Now, comparing the given equation with standard Quadratic Form, ax^2 + bx + c = 0

we get,a  = 4, b =0 and c = 1

Now, the Quadratic Formula is given as:

x = (-b \pm √(b^2 - 4ac) )/(2a)

So, here the solution for the given expression is:

x = (0 \pm √((0)^2 - 4(4)(1)) )/(2(4)) = x = (0 \pm √(-16) )/(8)\n\implies  x = (0 \pm4i)/(8)\n\implies x  =  (0 + 4i)/(8) = (i)/(2) \nor,  x  =  (0 - 4i)/(8) = (-i)/(2)

Hence, either x  = + i/2 or  x = i/2 is the solution for the givenquadratic equation.

What are the slope, m, and y-intercept, (0, b), of the line described bythe equation 3x + 6y=12?
Write an
anation in
I have no idea how to do this I need help

Answers

Answer:

\large \boxed{m = -(1)/(2);\text{ y-intercept = 2}}}

Step-by-step explanation:

The slope-intercept form of an equation is

y = mx + b, where

m = the slope and

b = the y-intercept

We must solve your equation for y.

It will then be in the slope-intercept form.

\begin{array}{rcll}3x + 6y  & = & 12 & \n6y & = & 12 - 3x & \text{Subtracted 3x from each side}\ny&= &2 -(1)/(2)x& \text{Divided each side by 3}\n\mathbf{y} &= & \mathbf{-(1)/(2)x + 2}& \text{Rearranged terms}\n\end{array}\n\n\large \boxed{\mathbf{m = -(1)/(2);\textbf{y-intercept = 2}}}

The diagram below shows the equation of your graph with m = -½ and the y-intercept at (0, 2)

Max has 5 red model cars. One third of his model cars are red. How many model cars does Max have?

Answers

5=red
1/3 of all=red
1/3 of all=5
3/3 of all=all=1/3 times 3/1=5 times 3/1=15

15 total
If you would like to know how many model cars does Max have, you can calculate this using the following steps:

1/3 of x equals to 5
1/3 * x = 5      /*3
x = 5 * 3
x = 15 model cars

Result: Max has 15 model cars.

A theater technician charges a $200 flat fee and 5% of all profits from ticket sales per show. If the technician made $400.00 on a show, how much total profit was there from ticket sales

Answers

The profit would be 5% of 400, or (5)/(100)*400=(400)/(20)=20, that is, $20 for profit! Not much, I suppose...

Which of the following graphs represents a proportional relationship?

Answers

the answer is letter X very proportional  graph has start in the origin