Answer:
The cost at both Laser Flash and Laser storm would be the same after 4 games
Step-by-step explanation:
Let the number of games be represented as x
Laser flash charges an initial fee of $16 for gear and $4 per game
For Laser flash , the Equation is:
$16 + $4 × x
y= 16 + 4x
Laser storm charges an initial fee of $20 for gear and $3 per game
$20 + $3 × x
y = 20 + 3x
Hence: Equating both costs to each other
Laser flash = Laser Storm
16 + 4x = 20 + 3x
Collect like terms
4x - 3x = 20 - 16
x = 4 games
The cost at both Laser Flash and Laser storm would be the same after 4 games
Answer:
B. One of the populations is normally distributed.
Step-by-step explanation:
To test a claim about two population standard deviation or variance, it is imperative that the data meets certain requirements which include :
Randomness : Data must not be biased as such it must be drawn as a random sample from a larger group.
The data must be independent. That is not related to one another, the outcome of one should not rely on the outcome or value of another.
Both groups must be drawn From a population which is normally distributed.
One group being normally distributed by stribuyed while the other isn't a requirement for hypothesis testing in this scenario.
You can use a factor tree, and if you dont know how to use one, look it up on youtube, theres tons
It would be the first box, when multiplying exponents, you add the exponents and just keep the base. So it be 2^17
