Step-by-step explanation:
... Kilometers
....... Hecteter
........... Dekameter
............... Meters
................... Decimeter
....................... Centimeters
........................... Millimeter
5,283 meters
= 5,283 ÷ 1,000
= 5.283 kilometers
Answer:
(x-1)^2(x+1)(2x-9)
Step-by-step explanation:
i tried to factor so it shouls be right
Answer:
I am assuming you want to know how many total cartons will be used which is about 61 cartons with a remainder of 10 eggs.
Step-by-step explanation:
To solve for this problem we have to divide 742 by 12:
742/12 = 61.833333...
This means that the "whole" number of cartons will be 61
If you want to find the remaining eggs not in decimal form, you have to mulitlpy 12 by 61 and take this number away from 742 to find the remainder:
**Note: 12 * 61 can also be written as 61 * 12
12 * 61 = 732 → 742 - 732 = 10 eggs
I hope this helps!
Answer:
Step-by-step explanation:
In 
AB and AC are chords which are equidistant from the center of the circle.
(Equal chords intercept equal arcs)
(Arc sum postulate of a circle)
Answer:
The correct answer is:
In the above example cancer is an independent variable. (b)
Step-by-step explanation:
In order to explain the choice made, let m first explain what independent and dependent variables are:
Independent variable: An independent variable is a variable that is under the direct control of the experimenter, and can be changed at will. In this example, the number of cigarettes or amount of tobacco smoked is the independent variable because it can be manipulated at will, to determine the outcome of the dependent variable.
Dependent variable: A dependent variable is a variable that the experimenter sets out to study. The independent variable is not under the direct manipulation of the experimenter but has values that come about as a result of the change of the independent variable. In this example, cancer is the dependent variable, because it is the result of the manipulation of the amount of tobacco.
Therefore, it is not true to say that cancer is the independent variable as seen in option b
