Yes he will be able to buy the game that is $50 because:
14.25 + 3.75y + 6.50x = 50
14.25 + 3.75(3) + 6.50(4) = 50
14.25 + 11.25 + 26 = 50
51.50 = 50
To find this, you'll want to divide the amount of music by the total amount of time. 29/(9+12+29) = 29/50 = 58/100 = 58%
Your 71,1482 doesn't make sense. But regardless,
let x = the other car's cost.
You know the total spent and the cost of one car. So logically, if you subtract the two you'd get the price of the second car.
You can do $38,295 + c = $71,1482.
Or $71,1482 - $38,295 = c.
Answer:
it is D
Step-by-step explanation:
just reflect by y=-1 its easy
Answer: -1.78
Step-by-step explanation:
As per given description, we have
Population proportion : 
Sample size : n= 500
Sample proportion : 
Test statistic for population proportion :-
Hence, the test statistic for this hypothesis test for a proportion= -1.78
