Medha Servo is a leading Indian company specializing in the design, development, and manufacturing of electronic systems for railways, defense, and other industrial applications. Founded in 1984 by Dr. Jitendra Kumar Agrawal, Medha Servo has grown to become a trusted name in the field of railway signaling and propulsion systems.
The company offers a wide range of products and services including train control and management systems, propulsion systems, communication systems, signaling systems, and rolling stock components. Medha Servo's products are known for their reliability, efficiency, and cutting-edge technology, making them highly sought after by both domestic and international clients.
One of the key strengths of Medha Servo is its in-house research and development capabilities. The company invests heavily in innovation and has a dedicated team of engineers and scientists who are constantly pushing the boundaries of technology to develop new and improved products.
Medha Servo is also committed to quality and customer satisfaction. The company follows stringent quality control measures at every stage of the manufacturing process to ensure that its products meet the highest standards of excellence. Additionally, Medha Servo provides comprehensive after-sales support and maintenance services to its customers, helping them maximize the lifespan and performance of their equipment.
With a strong track record of success and a commitment to innovation and excellence, Medha Servo continues to play a pivotal role in shaping the future of the railway and defense industries in India and beyond.
So we consider the 2nd statement first. We can form an equation out of it.
14x-6=13y+3=9z+3
Using this, we can understand that the multiple of 14 and the multiple of 13 and 9 must have a difference of 9. The easiest way to ensure that is multiplying it by 9
14*9=126
13*9=117
If the 5th farmer gives 3 apples to the 4th farmer, they would have 123 and 120 apples respectively. However, we also know that the 2nd farmer has 117 apples (13*9=117, and this is a multiple of 9) if the 5th farmer gives 3 apples too the 2nd farmer, the 3rd, 4th and 5th farmers would have 120 apples each.
Now that we got 120, we should check if the first part of the question makes sense along with it. The equation would be
7a+1=11b-1=120
We know that 11*11=121 and 7*17=119. When we add 1 to 119 and subtract 1 from 121, we get 120 for each. In this way, all the farmers have 120 apples each.
Therefore, the 3rd farmer had a yield of 11 per tree and the 4th farmer had a yield of 9 per tree.
here the 30% of 100 is 30
and 10% of the 30 = 3
so 20% = 6%
so ans = 6%
D=5, G=1
Question
A = B + 2
B = 2 C
A + B + C = 27
C = 27 – A – B
B = 2*27 – 2A – 2B
2A = 2*27 – 3B
-2*A =-2*2 – 2*B
B = 10
10, 25, 56, 70, 85, 95, 125
56
121 I. e it is Prime numbers square
3500*10/100
3500*11.5/100 = 402.5 per year
402.5×3 = R1207.5
Total marbles are 15
Blue and yellow are 5
Probability is 5/15