The answers are a b c d e or all of them except the chocolate chip one
Answer:
63/5 or 12 (3/5)
Step-by-step explanation:
It is 8 whole (1 ÷ 5) plus 4 whole (2 ÷ 5)
So,we can write it as 8 (1/5) + 4 (2/5)
Then we will take those mixed fractions to improper fractions by using the rule of multiplication.
8 will be multiplied by 5 and then the value will be added to 1. Same rule will be applied for the second fraction.
(41÷5) + (22÷5)
Now we will take L.C.M. (Least common multiple) for both denominators 5 and 5. The L.C.M of 5 and 5 = 5
(41 + 22)/5
= 63/5
It is the answer. Also we can make this improper fraction into mixed fraction by dividing the whole number by 5.
12 (3/5)
5920 that is the result of 5.92 by 10 to the third power
expressions on both sides. When the bases are the same, or the exponents are the same, you can just compare the parts that are different. Look at these examples. Solve 32x + 5 = 33x – 2.
In this example, there is a pattern in your numbers, but it’s not a repeating pattern.
Rational numbers have repeating patterns, like 0.9898989898989898… where it’s just 98 over and over.
Irrational number do not have a repeating pattern.
In your number, there’s one more 8 each time, so 98, then 988, then 9888, then 98888, and so on. So it’s not repeating. Because it’s not repeating, you know it’s irrational.
