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A sender needs to send the two data items 010011 and 010110, find the checksum at
sender and receiver to check if there is any error or not?
A perfect competitive industry faces a demand curve represented by Q = 25,000 – 1000P.
Also suppose that an individual firm belonging to that industry faces a total cost function given by TC (q) = 40q – q2 + 0.01q3 Here q represents quantity of output produced by an individual firm, Q is the total industry output and P is the price. What would be the equilibrium market price? How much does each firm produce in equilibrium? and also find how many firms would be there in the industry in the long run?
Consider a scenario where a “Class A” network is divided into 7 subnets of fixed length.
Design each subnet and find the IP Range and subnet mask of each subnet. (Choose any class-
A address).
Suppose two coins are tossed. Let B be the random variable representing the number of heads that occur find the probability of getting single head.
The cost of sunflower seeds has increased. Sunflower seeds are an input when sunflowers are produced. Explain verbally how this change will affect the market for sunflowers, You are allowed to use a diagram to explain your answer,
Write a C++ program that
1) prompts the user to input 3 decimal numbers (with a fraction part)
2) Prints the five decimal numbers.
3) Converts each decimal number to the nearest integer.
4) Prints the five converted numbers.
merchandise exports= 82.1, merchandise imports= 128.7, invisibles= 29.9, services= 18.7, transfers= 17.0, income[net]= -5.8, capital accounts= 4.8, errors= -0.3. calculate trade balance
Write a C++ program that
1) prompts the user to input 5 decimal numbers (with a fraction part)
2) Prints the three decimal numbers.
3) Converts each decimal number to the nearest integer.
4) Prints the three converted numbers.
the search coil has 200 turns and a cross sectional area of 3.5 x 10-5 m2. the search coil is placed at x = 0.070 m. show that the magnetic flux linkage through the search coil is about 5x 10-4Wb
A 2kg pulley with a 0.25m radius with a rotational inertia of (1/2)(mr^2) is connected to a 16kg bucket of water. The pulley has an initial clockwise angular velocity of 12rad/s. Calculate the maximum height that the bucket will reach. Calculate the angular acceleration on the bucket.
#339914 on Dec 2023