First we must graph both of these equations. We can use a graphing calculator to enter each equation, and note the differences between both. After graphing both of these equations, we find that the answer is B, the graph of f(x) is obtained by shifting g(x) up 2 units and compressing vertically by a factor of 3.
To go from kilograms to grams, you must know how many grams there are in a kilogram, or how many kilograms there are in a gram.
- There are 1000 grams or 10³ grams in 1 kilogram.
- There are 0.001 kilograms or 10⁻³ kilograms in 1 gram.
To convert, set this up using unit analysis like so:
I chose to use a coefficient of 1 with the unit that has a prefix (kilograms), since this tends to make conversion easier. However, you could also set up the conversion as:
In either case, you are trying to cancel kg, therefore units in kg must be in the denominator as shown.
<h3>Answer:</h3>
2,500 grams
The minimum range = 20.5 - 0.045 = 20.455
The maximum range = 20.5 + 0.045 = 20.545
The range is between 20.455 and 20.545
Writing this as inequality
20.455 ≤ x ≤ 20.545
Correct answer: B
M=18, you multiply both sides by 2
Answer:
A lemonade stand can pay for itself and have cash money profit from day one. Imagine starting with $300 to $500 and making double that back on your very first day. Just this year I’ve watched, helped and talked with over 340 vendors who wanted to know how to start a lemonade stand.
Step-by-step explanation: