Answer:
y=3
Step-by-step explanation:
The y values are the same, so there cannot be a slope. The (mx) part of y=mx+b is cancelled out, and is left with the b. Since the y value is forever three, the y-intercept will be 3 as well.
Therefore, the slope-intercept equation is
y=3
A. 200,000. Look at the place value for hundred thousand; the number in it is 2. The number in the place value after it is a 3, and that does not round up.
Thirty seven and twenty five thousandths.
Answer:
98450 > 2560 * (1.5)^(t/2)
Step-by-step explanation:
We are told that there are 2560 cells in the test tube. Then they tell us that every 2 minutes, the number of cells increases by 50%. At 98,450 cells, the test tube will explode. Since Louie got to the lab before the tube exploded, 98,450 is greater than. On the other side of the inequality, we get 2560 times 1.5, because it is increasing by 50%. Then we put 1.5 to the power of t/2 because it grows by 50% every two minutes. The end result is 98450 > 2560 * (1.5)^(t/2). Hope this helps.
This would be standard form. There are 3 all together, 1, would be point slope from, 2, slope intercept form and then the form you are currently asking to identify which is standard form.
