Let's say a widget costs "x" dollars.
Let's say x=1.50.
cost=350x= 350*(1.50)=525 dollars
Or more specifically
cost=nx, with n bring number of widgets
c(x)=nx
Answer:
one in a million chance
Step-by-step explanation:
he combination can be 000000 or 999999, or anything in between. Since the odds of getting each digit is 1/10, you multiply 1/10 by itself 6 times. There's literally a one in a million chance of guessing the PIN correctly.
Let x be the distance from Syracuse where they pass. The first car travels a distance of x in time x/65 while the second car travels a distance 240-x in time (240-x)/55. They pass at the same time after leaving their starting points so x/65=(240-x)/55.
Cross-multiplying we get: 55x=65(240-x)=15600-65x, 120x=15600, x=15600/120=130 miles.
They pass 130 miles from Syracuse.
3279 is greater than 3273
