No. you need to multiply both sides by 11 which would make it -88 > t. 99 is not less than -88
Answer:
2) 3
Step-by-step explanation:
Graphing the best-fit quadratic curve for the data-set can be done using Ms. Excel Application.
The first basic step is to enter the data into any two adjacent columns of the excel workbook. Highlight the two columns where the values have been entered, click on the insert tab and then select the x,y scatter-plot feature. This will create an x,y scatter-plot for the data.
Next, click on the Add Chart Element feature and add a polynomial trend-line of order 2 which is basically a quadratic curve. Finally, check the display equation on chart box. This step will plot the quadratic curve as well as give the equation of the best-fit quadratic curve.
The attachment below shows the best-fit quadratic curve to the data-set and its corresponding equation.
A good approximation for the value of c from the equation is thus 3. This is simply the y-intercept of the curve. 3.21 is closer to 3.
Solution
For this case we can conclude that B) Both angles sum 180°
Since both angles are supplementary the sum of the angles needs to be 180°
If you are using a calculator, follow PEMDAS which states that you do division first then add. So do 3 divided by 1 1/3 and then add the 1/2