Solution:
we are given that
Inscribed angle
Intercepted arc
As we know that the Inscribed angle is Half of the measure of the intercepted arc.
So we can write
An average orange weighs of 3/5 a pound. Based on this average, how many oranges are in six pounds of oranges? When you express
1 answer:
Answer: There are 10 oranges in 6 pounds.
When we express the problem as division problem, the number 6 is dividend.
Step-by-step explanation:
The average weight of one orange = pounds
Therefore the number of oranges in 6 pounds=
⇒ The number of oranges in 6 pounds=
⇒ The number of oranges in 6 pounds=
In the above division problem , the number 6 is the dividend.
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Answer:
11, 12.
Step-by-step explanation:
Let q represent number of quarters.
We have been given that Caroline has a maximum of 15 coins worth at least $2.85 combined. We are also told that Caroline has 3 dimes. This means that total coins are less than or equal to 15.
We can represent this information in an inequality as:
We are also told that the coins worth at least $2.85 combined. This means that the worth of all coins is greater than or equal to 2.85.
We know that each dime is worth $0.10 and each quarter is worth $0.25.
Now, let us solve our system of inequalities.
From 1st inequality, we will get:
From 2nd inequality, we will get:
Upon combining our both inequalities, we will get:
This means that numbers of quarters would be greater than or equal to 10.2 and less than or equal to 12.
Since we cannot have 0.2 of a coin, therefore, Caroline could have 11 or 12 quarters.