Скачать или смотреть IIT Madras Bs Online Degree Maths Graded assignment week 3 Answers | Solution |

IIT Madras Bs Online Degree Maths Graded assignment week 3 Answers | Solution |
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IIT MADRAS GRADED ASSIGNMENT WEEK 3 ANSWERS.

All Subjects Solutions Week 3 Graded Assignments PDF :- https://groups.google.com/u/1/g/iitiangpt

00:00 the slope of parabola y = ax^2+bx+c where a,b,c \{R}a,b,c∈R at points (3,2) and (2,3)are 34 and 12 respectively, then find the value of a​

00:40 A class of 140 students are arranged in rows such that the number of students in a row is one less than thrice the number of rows. Find the number of students in each row.

03:00 The product of two consecutive odd natural numbers is 255. Find the largest number among them.

09:00 The slope of a parabola y=3x2 -11x +10 at a point P is 7. find the y coordinate of point P.​

12:00 Two parabolas y = x² + 3x + 2 and 1 point y = −x^2-5x-4 are intersecting at two points A (point A is not on the X-axis) and B. Suppose a straight line l1 passes through the point A with slope equal to the slope of the parabola y = x² - 5x 4 at point A and two straight lines l2 and l3 pass through the point B with slopes equal to the slopes of the parabolas y = x² + 3x + 2 and y = -x² - 5x - 4 at point B, respectively. Which of the following is/are true?

18:00 If the slope of the parabola y = ax²+bx+c at (2,3) is 5 and the x coordinate of the vertex of the parabola is 3, then which of the following is/are true?

20:00 8) A ball is thrown from 3 m off the ground and reaches a maximum height of 5 m. Assume that the ball was released from the point (0, 3) in the xy-plane as shown in the Figure M1W3GA-3. The ball returns to a height of 3 m after 2 seconds. Let h(t) = at² + bt+c be the quadratic function which represents the height of the ball after t seconds. What is the value of a ?​

22:00 A water fountain is designed to shoot a stream of water in the shape of a parabolic arc. The equation of the parabola is given by ℎ(t)=−0.5t^2+4t+1h(t)=−0.5t2+4t+1, where h(t) represents the height of the water stream in meters and t represents the time in seconds since the water was shot. Answer the following questions.
Determine the maximum height reached (in meters).

23:00 A water fountain is designed to shoot a stream of water in the shape of a parabolic arc. The equation of the parabola is given by ℎ(t)=−0.5t^2+4t+1h(t)=−0.5t2+4t+1, where h(t) represents the height of the water stream in meters and t represents the time in seconds since the water was shot. Answer the following questions.

25:00 Consider three Airports A, B, and C. Two friends Ananya and Madhuri want to meet at Airport C. Ananya Boarded Flight 1 from Point A to C which is 1200 km, due to bad weather, Flight 1 slowed down, and the average speed was reduced by 200 km/h and the time increased by 30 minutes. Madhuri boarded Flight 2 from Point B to C which is 1800 km, the average speed of Flight 2 is 720 km/h. What is the waiting time, and who will be waiting at the airport?

27:00 Find out the points where the curve y = 4x²+x+6 and the straight line passing through the points (1,6) and (4,5) intersect.

30:00 Based on the Figure M1W3-1,which of the following is/are correct

31:00 An Architect is designing an arch which is in the shape of figure M1W3-PARABOLA, The details of the design are as follows: Height of arch is 20m, width of arch at height of 8m is 4m. Consider the axis of symmetry as a = 0, find the equation of the arch. ​

32:00 An Architect is designing an arch which is in the shape of figure M1W3-PARABOLA, The details of the design are as follows: Height of arch is 20m, width of arch at height of 8m is 4m. Consider the axis of symmetry as a = 0, find the equation of the arch. ​