Answer:
y=x+5 graph points: (0,5), (-5,0)
y=x-3 graph points: (0,-3), (3,0)
Step-by-step explanation:
These equations are in slope-intercept form.
y=mx+b
m=slope
y= y-intercept
I graphed the lines based on the equations and gave the two points of each equation where the line intersected the x and y axis.
<em>Hope this helped! Brainliest would be great :)</em>
Answer:
Here we will use the relation:
Density = mass/volume.
We know that:
Mass = 1485g
Volume = 750L
Density = 1485g/750L = 1.98 g/L
We do not have the options in order to select the correct one, but knowing this density, we can suppose the possible gases.
Two "common" gases with densities similar to this one are:
Carbon Dioxide, with d = 1.977 g/L
Dinitrogen Monoxide, with d = 1.977 g/L
In both cases, if we round up we will get the same density that we calculated at the beginning, so either of these can be the correct option.
Answer:
From the survey, the following apply to both Junior and Seniors who were asked about their plan towards attending college:
C. Given the student plans to attend college, the probability the student is a junior is 68%.
D. Given the student is a junior, the probability the student plans to attend college is 68%.
F. Events "is a senior" and "plans to attend" are independent.
B. The probability the student plans to attend college is 70%.
Step-by-step explanation:
