Drawing a graph and plotting the points gives B as the location desired.
Basically to solve this question, simply find 2 numbers that will multiply to give you 162, in this case it would be for instance, 27 and 6. Knowing that 27 is nothing but 9 • 3, and 6 is nothing but 3 • 2, you can then rewrite cube root 162 p^8 as cube root ( 9 • 3 • 3 • 2) p^8 this can be simplified further to ( 3 • 3 • 3 • 3 • 2 • p^8), take out 3 number 3's out as in cube root unlike square root you are taking 3 numbers that are the same out, do the same for the variable, so the maximum number of p's we can take out would be 6 p's and thus have 2 p's outside the radical. ( 3 p's for every 1 p outside).
The end result would be 3 • p • p cube root 3 • 2 • p^2.
3p^2 cube root 6p^2.
Answer:
Step-by-step explanation:
Y = mx + b
-1/2 x + 3y = -3
3y = 1/2 x -3
y = 1/6 x - 1
Where slope m = 1/ 6and y intercept b = -1
Check the picture below. When will it reach its height? well, at the vertex, so
Answer:
All options are correct
Step-by-step explanation:
1. Note that
2. Substitute previous expression into the equation:
3. If 0° < x < 360°, then
;
All options are true.
Or you can solve this equation graphically. Plot the graph of the function that represents the left side of the equation and the graph of the function that represents the right side of the equation. their common points are solutions.