Write a pseudocode statement that multiplies the variable subtotal by .15 and assigns the result to the variable totalfee. First you must make the variables real numbers. example.Dim subtotal As Double = 0 The statement asked for in the question will appear as totalfee =
To determine if hyphae grow at the same rate, graph the results of table 2 and compare the slopes of the 3 hyphae from the slide preparations. 11. To determine if mycalolide B affects fungal tip growth and nuclear position repeat all the steps except in step 2 need to add mycalolide B and let it incubate for 10 minutes. Make sure to label the slides with the
5 .For part III, Average was needed to be found after Find the Mass/A of each all 5 disk. To do that Add all the values in Table 3 and divide them by 5. 6 .For Part III, Percent difference between the average value and the slope of the derivative diameter graph was found by doing this: ((slope of the derivative vs. diameter graph- average)/slope of derivative vs. diameter graph)*100 =67.9% VII. Analysis Questions/Answers 1. The Slope in Part I represents π 2.
Name Class Date 8-1 1. 3s3t3 Practice Adding and Subtracting Polynomials Form K Find the degree of each monomial. 2. 3n 3. 5xy 4.
Write a caption for each drawing that indicates the features that placed the cell in its stage. 3. Complete the lab worksheet data table and analysis to determine quantitative estimates of stage duration. Survey at least 100 cells, noting the number in each stage of the cell cycle. Make sure you count cells from a representative area of rapid cell
You can us+e the weight on each pully to calculate the magnitude and the direction of the component vectors at 90 and 0 degrees. For part c you need to find the components of triangles a, b, and c as labeled on the front bottom of my lab. You then need to find the sum all the x component and y component vectors. Then from the sum of the components you can use the Pythagorean theorem to find the resultant vector R. Data: part a experimental ax= 875g*m/s^2 ay = 980g*m/s^2 the theoretical values for ax and were
• Given the data on arrival and service times, how would you calculate an average arrival rate and service rate? The average arrival rate can be determined from Exhibit 4. Exhibit 4 gives us the arrival rate per half hour for three different possibilities viz. Normal, Peak and super peak intensity of flow. We can calculate the average flow rates for each individual scenario and then find the weighted average (by number of days) of these three scenarios to get a single average arrival rate (Ri) Service rate is determined by number of tellers divided by the time taken by each teller to service one customer.
Given any input (a0,a1,a2,…a2n-1 describe the permutation of the leaves of the recursion tree. (Hint: write indices in binary and see what the relationship is of the bits of the ith element of the original sequence and the ith element of the resulting permutation of elements as they appear on the leaves on the recursion tree.) 3) Timing Problem in VLSI chips. Consider a complete balanced binary tree with n = 2k leaves. Each edge has an associate positive number that we call the length of this edge (see picture below).
Name: ______________________ Class: _________________ Date: _________ ID: A quiz 6.1-6.3 Multiple Choice Identify the letter of the choice that best completes the statement or answers the question. ____ ____ 1. Determine which binomial is a factor of −2x 3 + 14x 2 − 24x + 20. a. x + 5 b. x + 20 c. x – 24 d. x – 5 2. The volume of a shipping box in cubic feet can be expressed as the polynomial 2x 3 + 11x 2 + 17x + 6. Each dimension of the box can be expressed as a linear expression with integer coefficients.
b. One inch on this map equals exactly __24,000___ inches in real life. c. One inch on this map equals exactly _0.3__ mile(s) in real life, so we can say that 1 inch on the map equals approximately 1/3 mi on the ground. (Lab Man) 3 6. Review how the location of point x in Fig.9.5 in 9th ed’n was determined using PLS shorthand (see caption for Figure 9.5). Then, determine the location of point V in the Figure below using PLS shorthand.