1. archaic
2. evangelists
3. Norman’s
4. John Wycliffe
5. Vulgar
Answer:
12709 balls
Step-by-step explanation:
Given
Dimension of Room = 15 ft by 20 ft by 10 ft
Diameter of Ball = 9.2 inches
Required
Determine the number of balls that can be occupied by the room
First, we need to calculate the volume of the room
This is done by multiplying the dimensions of the room


Next, we calculate the volume of the ball.
The ball is a sphere.
So:

Where



So:


To calculate the number of balls, we then divide the volume of the room by volume of a ball

Convert ft^3 to in^3




<em>-- approximated</em>
<em>Hence, the room will contain 12709 balls</em>
100$ - 52.5 = 47.5 ( 31.99 - 7.49) = 24.5 Answer is 24.5. Jared has 24.5$ remanding or 24.05$. Hope this helped.
Alright so this is how it works:
I use what's called the butterfly method
Step 1. Multiply the 1 and 9
Step 2: divide your result by 4
and then that's your answer
h= whatever the result was when you divided by 4
Answer:
<u>$15 per hour</u>
Step-by-step explanation:
Since he charged $65 for the parts, and the total charge was $110, that's $110-$65 which is $45, the total hours was 3, so $45 divided by 3, and that equals $15.