Choose the best description of the roots of the equation. 4 x^2 - 3 x + 7 = 0 imaginary roots
real and rational roots
double root
real and irrational roots
Answers
imaginary roots
hope this helps :)
Answer:
imaginary roots
Step-by-step explanation:
just got the question right.
Related Questions
If water and oil are combined in a container, the resulting liquid is a(n)A. solution.B. mixture.C. emulsion.D. suspension.
A decorative steel frame is shown below it is made of a circular section and and 6 stems the length of each stem is 45 cm work out the total length of Steel used in the frame
A train can travel 1136 miles in 4 hours. what is the unit rate that this train is traveling per hour? _____ miles per hour
4x + 8z = 2. Solve for z
Answers
what is 1/3 and negative 9/20 as decimals??
A. 7.53, -0.53
B. -7.53, -0.53
C. -7.53, 0.53
D. 7.53, 0.53
Answers
Answer:
a
Step-by-step explanation:
Part B: How many times greater is the average rate of change of Section B than Section A? Explain why one rate of change is greater than the other. (6 points)
Answers
Average rate of change from x = 2 to x = 3 is
The average rate of change of both sections are equal.
Answers
9514 1404 393
Answer:
area = 50π ≈ 157.08 square units
Step-by-step explanation:
The parameter t is the angle in the polar form equation of the curve. The square of the radius is the sum of squares of x and y. The area of a differential sector is ...
dA = (1/2)r²·dt
The figure has 6-fold symmetry, so we only need to find the area of the first lobe of the curve. The integral is shown in the attachment, which evaluates it numerically.
The epicycloid encloses an area of 50π square units.
Final answer:
To calculate the area enclosed by an epicycloid curve defined by given parametric equations, use the area formula for a plane curve and integrate from 0 to 2π. Calculations involve derivatives and integration.
Explanation:
The area that the epicycloid encloses can be calculated using the formula for the area of a plane curve that is parameterized by the equations you provided: x = 7 cos t − cos 7t, y = 7 sin t − sin 7t. This area can be computed by integrating the expression x dy - y dx from 0 to 2π. In the case of these parametric equations, dx and dy are the derivatives of x and y with respect to t (the parameter), which can be calculated as: dx/dt = -7 sin t + 7 sin 7t, dy/dt = 7 cos t - 7 cos 7t. After calculating these derivatives, substitute them into the aforementioned integral, and perform the integration. The result should be the area that the epicycloid encloses.
Learn more about Calculation of the area of the epicycloid here:
#SPJ3
Answers
Answers
J = 3C
C = B(2/3)
B = 72
Solving upwards...
C = 72(2/3)
C = 48
J = 3(48)
J = 144
Jim has 144 comic books.