And then you say well how many of those marbles meet my constraint that satisfy this event here.
A box of marbles can be shared equally among 6 7 or 8 students.
When shared among 5 people there are 2 marbles remaining.
When i try to divide some marbles equally among 6 7 or 8 children each time i am left with the same number of marbles.
A bag of marbles can be shared equally among 3 5 or 6 students with none left over.
What s the least amount of marbles that can be in the bag.
However i can equally divide them among 13 children.
We can directly apply from the above formula where q 1 10 q 2 8 q 3 6 q 4 4 and n 4 therefore the minimum number of students required to ensure department club to be formed is 10 8 6 4 4 1 25.
Answer 20 14y by 16y 4.
Well there s 8 possibilities 8 possibilities for my trial.
N 7 integer i2 rem 4 r 3.
The marbles can be divided into equal shares among 6 7 or 8 children with 1 marble left over each time.
So the number of outcomes number of possible outcomes you could view it as the size of the sample space number of possible outcomes and it s as simple as saying look i have 8 marbles.
A bag of marbles can be shared equally among 3 4 5 students with none left over.
A bag contains 100 marbles.
There are 10 red marbles 8 blue marbles in a box and h yellow marbles are added and the probability of getting a blue marble from the box is 1 5.
How many marbles do i have.
If the pupils in group c received a total of 549 marbles how many marbles were shared out.
Posts along the width and 8 posts along the length.
There is a bag of marbles on a table.
A how many marbles would be remaining if shared among 2 people.
N 8 integer i3 rem 4 r solution find lowest interger divisable by 6 7 8 and then add 4 first find a number nx that divide.
A set of marbles can be divided in equal shares among 2 3 4 5 or 6 children with no marbles left over.
What is the least number of marbles that the box algebra distributive associative commutative properties solution.
What is the least number of marbles that.
A box contains 6 red 8 green 10 blue 12 yellow and 15.
Pupils so that group a had twice the number of marbles group b had.
If in the bag have 24 marbles student groups can have 6 8 10 respectively.
How many posts does tom need and what are the dimensions of the fence.
Each pupil in group b had 4 marbles more than each pupil in group c.
When the marbles are shared among 3 people there are 2 marbles remaining.
Bag of n number of marbles 1.