Answer:
C = 0.5t + 12. Independent variable is t and the dependent variable is C.
Step-by-step explanation:
$12 is constant, and then $0.50 is multiplied to the amount of toppings (t). So C= 0.5t + 12 and the cost is dependent on the amount of toppings.
Answer:
C = 22π; A = 121π.
Step-by-step explanation:
To find the circumference of a circle, you do pi times the diameter. That would be 22pi.
To find the area of a circle, you do pi * r^2. The radius is the diameter divided by 2. That is 22 / 2, which is 11. Then, the area would be pi * 11^2 = pi * 121 = 121pi.
So, C = 22pi; A = 121pi.
Hope this helps!
Answer:
A solution that results in a false statement when substituted back into the original equation.
Step-by-step explanation:
An extraneous solution is one that arises in a solution of equations, but which on closer inspection is not a solution to the original equation. Therefore, they imply an error in the development of the solution of the equation, so they cannot be taken as a valid solution since, when replacing the result with the missing variable, the equation does not obtain the desired result.
So first we need to find the probability of rolling the 2 dice and both landing on 6 one time, which because there is a total of 36 total possibilities that could come from rolling 2 dice it would be a 1/36 chance of getting a double 6's on 2 dices, now if we want to do this 3 times in a row we need to multiply are odds by 2 more 36's so it would look like this 1/36*1/36*1/36=1/46656 so you would have a one in 46656 chance of doing this. Ill have to get back to you about the value need to research that up hope this helps for now!