To have a remainder 3, we take away 3 from each number first.
<u>Take away 3:</u>
224 - 3 = 221
250 - 3 = 247
302 - 3 = 299
<u>Prime factorisation of each of the numbers:</u>
221 = <span>13 x 17
247 = 13 x 19
299 = 13 x 23
<u>Find HCF:</u>
HCF = 13
Answer: The largest number that can be divided is 13.</span>
Answer:
4 containers
Step-by-step explanation:
We are told he has ¾ gallon of orange juice.
Now, we are told he wants to pour it into 1/6 gallon containers.
Thus means that to get the number of containers he can fill, we have to divide 1/6 by 3/4.
Amount of containers he fills = 3/4 ÷ 1/6 = 3/4 × 6/1 = 4.5
Since we are looking for the number he can fill, it means we will not consider the decimal and instead just say it's 4 containers.
Answer:
and .
Step-by-step explanation:
If we have to different functions like the ones attached, one is a parabolic function and the other is a radical function. To know where , we just have to equalize them and find the solution for that equation:
So, applying the zero product property, we have:
Therefore, these two solutions mean that there are two points where both functions are equal, that is, when and .
So, the input values are and .
The y-values of 1, 2, 4, 8 imply an exponential function of base 2. At n = 1, y = 1 = 2^0. We can substitute into the various choices to determine the correct equation, which turns out to be a_n = 2^(n-1).