Answer:
we can help you but do you have corona if yes im soory hope you feel better
Step-by-step explanation:
Answer: Plotting this equation will result in a straight line.
This is because x and y are without exponents, and it doesn't matter in what for the equation is. It can be in standard for, slope-intercept form, or point slope form. This is in standard form.
To make this easier, you can plot this equation into a graphing calculator, like desmos (online), and write down this equation in the bar just to see the result
Answer:
-118
Step-by-step explanation: -120 + 4 - 2 = 118
Answer:
-2k
Step-by-step explanation:
-k +3k
Factor out k
k(1-3)
k (-2)
-2k
Answer:
mCO₂ = 1.188 lb or simply 1.2 lb
Step-by-step explanation:
We need to use the following expression:
E = P * t
Where:
E: Energy in Kwh
P: Power in Watts
t: time in hours.
Applying this, with the given data we have:
E = 150 * 8
E = 1200 watts . h
Converting this value in kW we have:
E = 1200 watts * 1 kW/1000 watts = 1.2 kWh
In general terms, we have 0.99 pounds of CO₂ emissions per kWh, so with the obtained value we have:
mCO₂ = 0.99 * 1.2
<h2>
mCO₂ = 1.188 lb or simply 1.2 lb</h2>
Hope this helps