|
Tutors Answer Your Questions about Points-lines-and-rays (FREE)
Question 719615: Determine whether ABCD is a rectangle by using the given set of vertices. Quadrilateral ABCD has vertices with coordinates A (4,1), B (5,3), C (7,3), and D (6,1). FIRST find the slopes of the pairs of opposite sides to first determine whether ABCD is a parallelogram. Is ABCD a parallelogram?
PLEASE HELP ME.
Click here to see answer by lynnlo(4176) |
Question 719616: Determine whether ABCD is a rectangle by using the given set of vertices. Quadrilateral ABCD has vertices with coordinates A (4,1), B (5,3), C (7,3), and D (6,1). FIRST find the slopes of the pairs of opposite sides to first determine whether ABCD is a parallelogram. Is ABCD a parallelogram?
PLEASE HELP ME .
Click here to see answer by lynnlo(4176) |
Question 719618: Determine whether ABCD is a rectangle by using the given set of vertices. Quadrilateral ABCD has vertices with coordinates A (4,1), B (5,3), C (7,3), and D (6,1). NOW use the calculated slopes of the adjacent sides to determine whether ABCD is a rectangle. Is ABCD a rectangle?
Please Help ?!?!?!
Click here to see answer by lynnlo(4176) |
Question 719617: Determine whether ABCD is a rectangle by using the given set of vertices. Quadrilateral ABCD has vertices with coordinates A (4,1), B (5,3), C (7,3), and D (6,1). NOW use the calculated slopes of the adjacent sides to determine whether ABCD is a rectangle. Is ABCD a rectangle?
Click here to see answer by lynnlo(4176) |
Question 720732: Perform the following operations. Leave your answers in simplest form.
a. 21 degrees 35' 31" + 49 degrees 51' 32"
b. 93 degrees 38' 14" - 13 degrees 49' 27"
Express the following in degrees, minutes and seconds without decimals:
a. 10.3 degrees
b. 15.14 degrees
Click here to see answer by MathLover1(20849)  |
Question 725475: If the perimeter of the triange is 32 inches, what is the length of the longest side if there are two equal sides and a third side that is five inches more than the length of the two equal sides?
Click here to see answer by rfer(16322) |
Question 725604: Answer each of the following T (true) or F (false). If FALSE, provide a counterexample (a figure that proves the statement is false).
True._____ (a) The diagonals of a square are perpendicular to each other.
False .______ (b) If all sides of a quadrilateral are congruent, the quadrilateral is a rhombus.
___False .____ (c) The diagonals of a parallelogram are congruent.
___False .____ (d) The diagonals of a kite are perpendicular to each other.
__False ._____ (e) The diagonals of a rectangle bisect the opposite angles.
___True.____ (f) The opposite angles of a rhombus are congruent.
Click here to see answer by Jalisa.(1) |
Question 732089: AOB and COD are two perpendicular diameters of a circle with radius 4 feet. With center A and radius AB an arc is drawn from B to meet AC extended at P, and with center B and radius BA an arc is drawn from A to meet BC extended at Q. With center C the arc PQ is drawn. DC extended meets this arc at R. Find DR and the perimeter of ADBPRQ.
I made the picture into a pdf:http://www.convert-jpg-to-pdf.net/pdf.php?presentation=download
So far, line segment AO, OC, OB, and OD are all 4 feet. Triangle ACO and OCB are 45-45-90. Line segments AC and CB are 3 root 2. Angles QCR and RCP are each 45 degrees, making arc QP 90 degrees. I really don't know where to go from here. Any ideas?
Click here to see answer by lynnlo(4176) |
Question 732663: AOB and COD are two perpendicular diameters of a circle with radius 4 feet. With center A and radius AB an arc is drawn from B to meet AC extended at P, and with center B and radius BA an arc is drawn from A to meet BC extended at Q. With center C the arc PQ is drawn. DC extended meets this arc at R. Find DR and the perimeter of ADBPRQ.
So far, line segment AO, OC, OB, and OD are all 4 feet. Triangle ACO and OCB are 45-45-90. Line segments AC and CB are 3 root 2. Angles QCR and RCP are each 45 degrees, making arc QP 90 degrees. I really don't know where to go from here. Can someone please help? I have been stuck on this for days!
Click here to see answer by KMST(5328)  |
Question 733096: Based on the this problem, can you approximate a line of best fit by writing an equation? Use t for packing time and s for the number of shipments packed.
The original question is: The table shows the relationship between the number of shipments packed and the time spent packing for a group of workers at a mail order company.
Minutes spent packing: 30 45 60 75 90
Shipments packets: 244 342 490 619 705
Plot the date points: This has been answered in the graph provided.
b. Are there any points that Outliers? If so, what possible explanation could there be for the existence of this discrepancy from the other data?
Click here to see answer by stanbon(75887) |
Question 739899: Sorry if not in the right category:
One room is 12ftx16ft and the other room is 10ftx20ft
If tile costs $3.00 per square foot, ans labor for installation costs $2.00 per square foot, how much will it cost to tile the two rooms?
Click here to see answer by Alan3354(69443)  |
Question 747774: Here is my question I need to answer:
Draw 2 line segments AB and CD that:
A. Intersect, but neither segment bisects the other
B. Intersect, with each bisecting the other
C. Intersect, with AB bisecting CD, but not vice versa
I have drawn my line AB going straight across, I then drew line CD going up and down off to the right side of line AB. Now I am completely lost with what to do.
Click here to see answer by rothauserc(4718)  |
Question 749485: rectangel QRST, side QR is parallel to x-axis and on y>0 of the quadratic funtion . And the side ST on the y<0 of the quadratic function . Let P be the point of intersection of the side QT and the x-axis. Let α be the length of the perimeter of this rectangle. We are to find the x-coordinate of the point P where α is maximized and also to find the maximum value of α. P(x,0)
Click here to see answer by lynnlo(4176) |
Question 750024: Rectangle QRST between curve and . Let P be the point of intersection of the side QT and the x-axis. Let α be the length of the perimeter of this rectangle. We are to find the x-coordinate of the point P where α is maximized and also to find the maximum value of α. P(x,0), where 0
Therefore, when x=(A), α is maximized and its maximum value is (B)
solve for A and B
((this is the picture of the graph http://i44.tinypic.com/30sk9ir.jpg)
Click here to see answer by KMST(5328)  |
Question 751253: Which equation represents a line perpendicular to the line whose equation is 2x+3y equals 12?
(1) 6y equals -4x+12 (3) 2y equals -3x+6
(2) 2y equals 3x+6 (4) 3y equals -2x+12
Please show me how you did it. Thank You
Click here to see answer by Cromlix(4381)  |
|
Older solutions: 1..45, 46..90, 91..135, 136..180, 181..225, 226..270, 271..315, 316..360, 361..405, 406..450, 451..495, 496..540, 541..585, 586..630, 631..675, 676..720, 721..765, 766..810, 811..855, 856..900, 901..945, 946..990, 991..1035, 1036..1080, 1081..1125, 1126..1170, 1171..1215, 1216..1260, 1261..1305, 1306..1350, 1351..1395, 1396..1440, 1441..1485, 1486..1530, 1531..1575, 1576..1620, 1621..1665, 1666..1710, 1711..1755, 1756..1800, 1801..1845, 1846..1890, 1891..1935, 1936..1980, 1981..2025, 2026..2070, 2071..2115, 2116..2160, 2161..2205, 2206..2250, 2251..2295, 2296..2340, 2341..2385, 2386..2430, 2431..2475, 2476..2520, 2521..2565, 2566..2610, 2611..2655, 2656..2700, 2701..2745, 2746..2790, 2791..2835, 2836..2880, 2881..2925
|
| |