Answer:
title ('Graph of Speed agaist Distance');
xlabel('Distace in miles');
ylabel('Speed in miles per hour');
legend('u','v');
x = 0: 0.01:2;
u = 2* log10(60*x + 1);
plot (x,u);
hold on
v = 2* cosd (6*x);
plot (x,v)
grid on
Step-by-step explanation:
#Define the title of the plot
title ('Graph of Speed against Distance');
#Define both the x-axis ad y-axis label of the plot
xlabel('Distance in miles');
ylabel('Speed in miles per hour');
#Define the what each plot sigifies
legend('u','v');
#Define the x-axis range of the plot
x = 0: 0.01:2;
#Define the function u and plot it on the graph
u = 2* log10(60*x + 1);
plot (x,u);
#allow another plot to be on the same graph
hold on
#Define the function v and plot it on the graph
v = 2* cosd (6*x);
plot (x,v)
#make the grid visible
grid on
Y=-5 would be a horizontal line going through -5
C and D are true. To solve, just factor out the common terms by dividing the polynomial. A would be 3m(5m^2-2) and is wrong as the 6m was not divided by 3m. B would be 6m(m+3) and is wrong as you can only factor out one m as they only share one m.
Answer:
D
Step-by-step explanation:
We know that every second the bird's position lowers by 3(-3) so the equation for it is option D
The square root of zero is zero. Because 0 * 0 = 0.