The given details follow the product rule. The different model of the car available are 756.
Given that:
![Engines = 3](https://tex.z-dn.net/?f=Engines%20%3D%203)
![Stereos = 2](https://tex.z-dn.net/?f=Stereos%20%3D%202)
![Body=18](https://tex.z-dn.net/?f=Body%3D18)
![Color = 7](https://tex.z-dn.net/?f=Color%20%3D%207)
The different possibility is calculated using the following product rule:
![Total =Engines \times Stereos \times Body \times Color](https://tex.z-dn.net/?f=Total%20%3DEngines%20%5Ctimes%20Stereos%20%5Ctimes%20Body%20%5Ctimes%20Color)
So, we have:
![Total = 3\times 2\times 18 \times 7](https://tex.z-dn.net/?f=Total%20%3D%203%5Ctimes%202%5Ctimes%2018%20%5Ctimes%207)
![Total = 756](https://tex.z-dn.net/?f=Total%20%3D%20756)
Hence, there are 756 different models available.
Read more about product rules at:
brainly.com/question/3944602
Formula: V = (2/3) π r 3.
Radius is 3cm.
So, now we can plug it in to solve for the volume.
V = (2/3) π 3^3
First, let's multiply 3^3.
3^3 = 27
Then, 27 x π = 84.82
After, multiply by 2/3.
84.82 x 2/3 = 56.55
Lastly, round 56.55 to the nearest tenth of a cubic centimeter.
56.55 = 56.6
Therefore the volume of a hemisphere with a radius of 3cm is 56.6cm^3.
Answer:
7.5 is the perimeter
Step-by-step explanation:
perimeter is sum of all sides
Answer:
35 interviews
Step-by-step explanation:
1. Find the rate
21/3 = 7 people an hour
2. Find how much she can do in 2 hours
7 x 2 = 14 interviews
3. Add the 2 numbers
21 + 14 = 35 interviews
<span>v = 45 km/hr
u = 72 km/hr
Can't sketch the graph, but can describe it.
The Y-axis will be the distance. At the origin it will be 0, and at the highest point it will have the value of 120. The X-axis will be time in minutes. At the origin it will be 0 and at the rightmost point, it will be 160. The graph will consist of 3 line segments. They are
1. A segment from (0,0) to (80,60)
2. A segment from (80,60) to (110,60)
3. A segment from (110,60) to (160,120)
The motorist originally intended on driving for 2 2/3 hours to travel 120 km. So divide the distance by the time to get the original intended speed.
120 km / 8/3 = 120 km * 3/8 = 360/8 = 45 km/hr
After traveling for 80 minutes (half of the original time allowed), the motorist should be half of the way to the destination, or 120/2 = 60km. Let's verify that.
45 * 4/3 = 180/3 = 60 km.
So we have a good cross check that our initial speed was correct. v = 45 km/hr
Now having spent 30 minutes fixing the problem, out motorist now has 160-80-30 = 50 minutes available to travel 60 km. So let's divide the distance by time:
60 / 5/6 = 60 * 6/5 = 360/5 = 72 km/hr
So the 2nd leg of the trip was at a speed of 72 km/hr</span>