Karla needs to convert 16 oz to cups. She knows that 8 liquid oz 5 1 c. Her work is shown. The rate is 8 oz per cup.Because 16 3
1 answer:
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Since Chloe collected 4 times as much as her friend, who collected 1/6 a bag, you will have to multiply 4 by 1/6 to find how much Chloe collected.
To multiply fractions, you multiply the numerators and multiply the denominators. Then you put the product you got from multiplying the numerators over the product you got from multiplying the denominators. Remember that 4 is the same as 4/1. Simplify the product if needed.:
Chloe collected 2/3 of a bag.
To multiply fractions, you multiply the numerators and multiply the denominators. Then you put the product you got from multiplying the numerators over the product you got from multiplying the denominators. Remember that 4 is the same as 4/1. Simplify the product if needed.:
Chloe collected 2/3 of a bag.
Answer:
Step-by-step explanation:
I think your question is missed of key information, allow me to add in and hope it will fit the original one.
<em>Consider f(x) = </em><em>. Which statement(s) are true for 0 < b < 1? Check all that apply.</em>
<em>The domain is all real numbers. </em>
<em>The domain is x > 0. </em>
<em>The range is all real numbers. </em>
<em>The range is y > 0. </em>
<em>The graph has x-intercept 1. </em>
<em>The graph has a y-intercept of 1. </em>
<em>The function is always increasing. </em>
<em>The function is always decreasing.</em>
My answer:
The domain is all real numbers.
True, the domain of a function is the complete set of possible values of the independent variable. Here, we can have unlimited values of x so we will have unlimited values of f(x)
<=> our domain (0 , +∞ )
The domain is x > 0.
Wrong, as we discussed in the aforementioned answer.
The range is all real numbers.
Wrong
The range is y > 0.
True, the range of a function is the complete set of all possible resulting values of the dependent variable (f(x), usually), after we have substituted the domain. Because this is an exponential function so:
<=> our range (0 , +∞ ) or y>0
The graph has x-intercept 1.
we can set f(x)=0 and then we can solve for x
<em>f(x) = </em><em> = 0 </em>
x is undefined so, x-intercept does not exist
The graph has a y-intercept of 1
y-intercept when x is 0, so f(x) = 1 . True.
The function is always decreasing
Because 0 < b < 1, The function is always decreasing when we increase the value of x.
So we choose A D F H