Answer:
1.5 pounds of oranges cost $0.81 more than 1.5 pounds of apples
Step-by-step explanation:
1.5 pounds of apples = 1.5 × $1.30 = $1.95
1.5 pounds oforanges = 1.5 × $1.84 = $2.76
$2.76 - $1.95 = $0.81
It would be this. -2x and 2x cancel out, leaving you with fx=-1
The answer for this problem would be:
Orbital period if distance = 128,000,00 km and mass = Sun?
<span>This is approximately be .85 astronomical units if converted km to au.
</span>
We will be using Kepler's third law which is:
<span>T^2 = r^3 </span>
<span>T^2 = .85^3 </span>
<span>T^2 = .61
</span>
get the square root of .61
so the answer will be:
<span>T = .78 Years which is in months is 9.36 months.</span>
The answers once compounded equals $65068.44. Hope this helps:)
Answer: The r<span>-value for the linear function related to the ordered pairs is very close to zero, so it is not a good representation of the data. A quadratic model would better represent the data because there is a turning point within the data set. The data increases then decreases, which is what the graph of a quadratic does. </span>
