Answer:
210
Step-by-step explanation:
Since the condition does not state an opposite, I should assume that the apples are not distinguishable, same as the pears and the oranges.
So we have permutations of 7 fruits with 2 indistinguishable apples, 3 indistinguishable pears and 2 indistinguishable oranges.
The number of distinguishable arrangements is
7 1x2x3x4x5x6x7
--------- ---------------------- = 210
2x3x2 2x6x2
Answer. There are 210 ways to do it.
Answer:
Total cost for 4 batches is $210.61
Step-by-step explanation:
Assuming 1 cup per batch...
so 4 whole batches...
192 tsps...
roughly $1.10 per tsp...
Total cost for 4 batches is $210.61
The greatest common factor (GCF) of 63 and 96 is: 3
To find the GCF, list all the factors until that go up to 63 since that is the minimum.
Factors of 63: 1, 3, 7, 9, 21, 63
Factors of 96: 1, 2, 3, 4, 6, 8, 12, 16, 24, 32, 48
Find the common factors between the two numbers which are 1 and 3. Now, which one of those numbers are the greatest/highest? The answer is 3.
Let me show you how you could have answered this question
without using your computer:
Try out different numbers:
Guess a number.
Square it.
- If the result is less than one of the choices, try a larger number.
- If the result is more than one of the choices, try a smaller number.
- If the result is equal to one of the choices, then that choice is a perfect square.
Try 10.
10 squared =100.
Too small. Try bigger.
Try 20.
20 squared = 400.
Still too small, but getting close. Try bigger.
Try 25.
25 squared = 625
Too big. Try smaller.
Try 23.
23 squared = 529.
Still too big. Try smaller.
Try 21.
21 squared = 441.
Too small, but look where you are now:
21 is too small, and 23 was too big.
Does that give you any ideas ?
What do you think you should try next ?
Try 22.
22 squared = <em>484</em>. <em>
</em>484 is a perfect square.<em> yay !</em>
None of the other choices is a perfect square, because we
already know that 23 squared is bigger than all of them.
Answer:
$63.60
Step-by-step explanation: