Answer:
Correct option: C (it is missing the point)
0.53
Step-by-step explanation:
When a ball rolls one revolution, the distance travelled is the length of its circunference, that is:
Circunference = pi * diameter
So, to solve this question, we can use a rule of three:
1 revolution -> pi * d
60 revolutions -> 100 feet
100 = 60 * pi * d
d = 100 / (60 * pi) = 0.53 feet
Correct option: C (it is missing the point).
Answer:
Step-by-step explanation:
z has the value of 106 degrees the same as the other vertical angle
x =12
13x-82 +106 = 180
13x +24=180
13x= 156
x=12
13*12-82 +106 = 180
156-82+106=180
180=180
Area of building is
.
<u>Step-by-step explanation:</u>
Here we have , a figure in given below picture where we have to find volume of this office building , Let's find out:
If we look closely we see that it's basically cuboid with dimensions 50 m by 110 m by 70 m . But there's one small cuboid sliced off from this cuboid with dimensions 50 m by 10 m by (110-90) m i.e. 50 m by 10 m by 20 m .
Area of building = Area of larger cuboid - Area of smaller cuboid
Area of cuboid = ![length(width)(breadth)](https://tex.z-dn.net/?f=length%28width%29%28breadth%29)
⇒ Area of building = Area of larger cuboid - Area of smaller cuboid
⇒ ![Area = (50(110)(70))m^3 - (50(10)(20))m^3](https://tex.z-dn.net/?f=Area%20%3D%20%2850%28110%29%2870%29%29m%5E3%20-%20%2850%2810%29%2820%29%29m%5E3)
⇒ ![Area = 3,85,000m^3 - 10,000m^3](https://tex.z-dn.net/?f=Area%20%3D%203%2C85%2C000m%5E3%20-%2010%2C000m%5E3)
⇒ ![Area = 3,84,000m^3](https://tex.z-dn.net/?f=Area%20%3D%203%2C84%2C000m%5E3)
Therefore, Area of building is
.
Answer:
The independent variable is "x."
The dependent variable is "y."
Step-by-step explanation:
An independent variable is a variable that does not depend on an event. It is independent of another variable. It does not change as a result of another variable. It remains constant as it is controlled. It is used to measure the dependent variable.
A dependent variable varies. It depends on the independent variable for its outcome. It can yield various results depending on how the independent variable is changed. "y" in our example will change its value because of the value placed on "x." The dependent variable is the variable that is being measured or tested in an experiment. For example, the sales revenue of goods is a dependent variable of another independent variable like price and a constant (quantity).
That's accurate, but what help do you need?