Depending upon the holding arrangement, power screws operate in how many different arrangements.
a) 2
b) 3
c) 4
d) 5
Answer: a
Explanation: There are two types of arrangements. In one screw rotates while nut remains stationary and vice versa.
Prob 4.b. (5 pt) An annual family picture following Thanksgiving dinner is arranged with all 8 family members in a row in front of a fireplace. a)How many different arrangements of family members are possible? b) Suppose the family includes four males and four females. What is the probability that the radom arrangement will alternate male, female, male, female, etc? (Note the arrangement starts with male.)
A hinge at a wall and a cable support a uniform horizontal beam that weighs 1000 N. Four different arrangements of the cable are shown in the figure (a-d). In arrangement c, the cable is vertical. Rank the tension in the cable from greatest to least and answer the questions using the drop-down lists: Greatest cable tension: Second greatest tension: Third greatest tension: Least tension: What is the magnitude of the tension force for arrangement c? If the cable can...
the figure shows six different arrangements of identical
resistors of resistance R.
(a) For each arrangement, give the algebraic expression for the
equivalent resistance of the diagrammed arrangement, and evaluate
the expression for R = 840 ?.
(b) Evaluate the current through each resistor when the
combination is connected to a power supply giving 1200 V.
(c) Evaluate the power dissipated in each resistor of each
combination,and the total power dissipated by each full
combination, when the combination is
connected...
In
the figure are shown 6 different arrangements of identical
resistors of resistance R.
A) for each arrangement give the algebraic expression for the
equivalent resistance of the diagramed arrangement and evaluate the
expression for R=840ohms.
B) evaluate the current through each resistor when the
combination is connected to a power supply giving 1200V.
C) evaluate the power dissipated in each resistor of each
combination, and the total power dissipated by each full
combination, when the combination is connected to...
A comic store wants to display 5 identical Superman comics, 4 identical Batman comics, and 5 identical Spider-Man comics on a shelf. How many different arrangements can be made? a. For this example, what formula will we need to use? b. Please explain how we know we are supposed to use that formula. c. How many different arrangements can be made on the shelf?
Principles of Counting: You have a ten-volume set of books. a) How many different ways can the books be arranged? b) How many of these arrangements have Volumes 1, 2, and 3 side by side in any order? c) How many of these arrangements have Volumes 1, 2, and 3 side by side in that order?
2.) Genie consumes steel screws at a steady rate of 600 per day. The screws cost 3 cents each. It costs Genie $12 to initiate an order, and the holding costs are based on an annual interest rate of 25%. Assume 260 days/year. a.) What is the optimal number of screw for the plant to purchase and the time between placement of orders? (5 points) b.) What is the yearly holding cost for this item? (5 points) c.) What is...
A flange of radius 200mm is fastened to the machine screw by means of four cap screws of pitch circle radius 150mm. The external force P is 20kN which is loaded at 160mm from the machine screw. There are two dowel pins to take shear load. Determine the core diameter of cap screw if permissible tensile stress in cap screw is 40N/mm².a) None of the listedb) 11.21mmc) 12.33mmd) 14.12mm
Please answer the following question:
a) In how many ways can a committee of 3 people be selected from a group of 10 people? b) In how many ways (different arrangements) can 8 books be placed on a shelf? c) On an ice cream menu, there are 5 choices of ice cream flavors, 4 choices of toppings and 2 choices of syrups. In how many different ways can the ice cream be ordered, if each order must include one ice...
Consider the possible structures of the N ion shown below + N=N=N-NEN 2 :N-NEN-NEN NEN-N-NEN N-N=N=N=N 5 NEN-N-N-N N=N-NEN-N: Based on formal charges, which structure ( #2 or #3) is the less likely arrangement of the electrons? Based on formal charges, which structure (#5 or #6 ) is a more likely arrangement of the electrons? What is the formal charge on the central nitrogen atom in structure 1? How many of the structures above represent likely arrangements for the electrons...