Answer:
See attachment for complete answer step by step solving
Explanation:
Given that:
The anchor shown is used to tie tower guy cables to the ground and is supported by a distributed force from the soil, which can be approximated as shown. The anchor also is subjected to the loads shown, where P1 = 5 kNand P2 = 3 kN . The anchor is made from aluminum with E = 69 GPa . It is a cylindrical rod with diameter d1 = 4 cm with three segments of length L = 2 m . One end of the rod is linearly tapered to a diameter of d2 = 2 cm.
a. Calculate the intensity of the reaction load, Po
b. Use the reaction found in Part A, po = 13 kN/m , and calculate the total change in length for the anchor.
Answer:
load("tempdata.RData")
range(tempdata$temp)
## [1] 61.6 74.0
max(tempdata$year)
## [1] 2015
max(tempdata$temp)
## [1] 74
min(tempdata$temp)
## [1] 61.6
plot(tempdata$year, tempdata$temp, xlab = "Recorded Years of October", ylab = "Recorded Average Temperatures in Fahrenheit", main = "Average Recorded Temperature of October in Los Angeles")
model3 <- lm(tempdata$temp ~ tempdata$year, data = tempdata)
abline(model3, col = "red", lw = 3)
Explanation:
Answer:
Explanation:
The 3-bit Synchronous binary up counter comprises of, three T flip-flops & one 2-input AND gate. All these flip-flops are negative edge triggered and the outputs of flip-flops change affect synchronously. The T inputs of first, second and third flip-flops are 1, Q0 & Q1Q0 respectively.
Please refer to attachment for the detailed image if the 3-bit synchronous counter using D flip-flops. The counter will count when the enable (EN) is zero and hold when enable is one. The counter has an output, Z, which is high when the count is 100.
Answer:
From the main bearings, the oil passes through feed-holes into drilled passages in the crankshaft and on to the big-end bearings of the connecting rod.