Answer:
3,750 cars.
Step-by-step explanation:
We are given that the equation:
Models the relationsip between <em>y</em>, the number of unfilled seats in the stadium, and <em>x</em>, the number of cars in the parking lot.
We want to determine the number of cars in the parking lot when there are no unfilled seats in the stadium.
When there are no unfilled seats in the stadium, <em>y</em> = 0. Thus:
Solve for <em>x</em>. Subtract 9000 from both sides:
Divide both sides by -2.4:
So, there will be 3,750 cars in the parking lot when there are no unfilled seats in the stadium.
Easy. There is a pattern on the graph. Each baseball card set costs $4. If you add $4 to the $16 (because that is what she will have left after buying 1 baseball card set), you will get $20. So the answer is $20
It would be 851,600 if you need help with rounding, my 3rd grade teacher taught me a way to remember how to round “ 5 or more doesn’t reach the floor, 4 or less let it rest.”
Answer:
Kindly check explanation
Step-by-step explanation:
The possible outcome of football game is truly (Win lose or draw), hence, if the outcome only depends on just that one team, then the probability of winning is (required / total possible outcomes ; = 1/3). However, in football a game is played with an opposition team, of which there is a lot to consider in other to arrive at a winning probability, one is the relative strength of the teams, result of past meetings and so on. Hence, concluding that the probability of wining a football match is 1/3 based on the possible outcome (Win, lose or draw) is wrong.
