$25,000 * 19/25 = <span>$19,000
answer is </span><span>C.$19,000
</span>
Answer:
See attachment
Step-by-step explanation:
We want to graph .
We can graph this function easily by applying transformations to the parent function.
The base function is
The transformed function has an amplitude of 3 but is shifted 1 unit down, so the minimum value is -4 and the maximum is 2.
The function is shrunk horizontally by a factor of 1/2.
The graph of the transformed function is shown in the attachment
Answer:
Step 1: 4, 1.5
Step 2: 120, 45
Step-by-step explanation:
Step 1:
4, 1.5
Step 2:
30*4 = 120
30*1.5 = 45
Answer:
The possible values of the number of dollars in the original pile of money is ≥ $200 but < $350
Step-by-step explanation:
Here we have, pile of money ≥ $200
Amount in put the left pocket = $50
Fraction given away = 2/3 of rest of pile ≥ 2/3×150 ≥ $100
Amount put in right pocket = ≥ $150 - $100 ≥ $50
Total amount remaining with Jeri = $50 +≥ $50 ≥ $100
Also original pile - $200 < $100
Therefore where maximum amount given away to have more money = $200 we have
2/3× (original pile - 50) = $200
Maximum amount for original pile = $350
Therefore the possible values of the number of dollars in the original pile of money is ≥ $200 but < $350.
Answer:
3
Step-by-step explanation:
The map is <em>not a function</em> if any value of input maps to more than one value of output. We see that is the case in map D. The other three maps show functional relations.
3 mapping diagrams represent functions