Now, 1978 would mean 8 years after 1970. So, here X=8.
The linear model is Y = 1.15X + 17.66
When X=8,
Y = 1.15(8) + 17.66 = 26.86 which is the estimated amount of profit in 1978.
Let Y represent the profit (or loss) for a certain company X years after 1970. Based...
Question 14 Let Y represent the profit (or loss) for a certain company X years after 1975. Based on the data shown below, a statistician calculates a linear model Y = -0.52X + 8.72. use the model to estimate the profit in 1981y = _______ Question 16 Annual high temperatures in a certain location have been tracked for several years. Let X represent the year and Y the high temperature. At the 0.01 significance level, does the data below show significant (linear) correlation between...
Let ŷ represent the profit (in thousands of dollars) for a certain company xx years after 1965. A statistician calculates a linear model ŷ = 0.74xx + 4 Use the model to estimate the profit in 1975. Your answer should be in dollars, not thousands of dollars. Profit =$
Question 7 < > 50/2 pts 53 399 Details Let Y represent the profit (or loss) for a certain company X years after 1965. Based on the data shown below, a statistician calculates a linear model Ý = 1.09X + 24.64. X у 3 4 5 6 7 8 9 22.7 18.85 20.3 16.75 16.6 15.15 16.2 Use the model to estimate the profit in 1969 Ý - II
Annual high temperatures in a certain location have been tracked for several years. Let X represent the year and Y the high temperature. Based on the data shown below, calculate the regression line (each value to two decimal places). y = X + X y 3 4 5 6 22.68 21.35 21.42 22.69 22.66 19.73 20.9 Noo 9 The time spent studying for a test and the test scores are graphed below along with the best-fit line. e = 1.04...