Search
A container holds 5gms of ccl4 vapour, calculate the number of moles of ccl4 present
Use a two-dimensional array in the following problem. Your task is to create a simple Java program which would solve this problem.
You MUST use a 2D array of Strings to solve this problem.
- Ask the user which cart of laptops they wish to book. For simplicity sake assume there are 6 laptop carts available for booking.
- Ask the user which period they wish to book. Assume there are 4 periods available for when they can book out laptops.
- Ask the user the name of the teacher who is booking and store that name into the 2D array at the appropriate location.
- Display the 2D array to the user in a friendly way clearly showing where the teacher has booked their laptops. I recommend initializing the 2D array at the beginning of the program so your output will be user friendly.
- Allow the user to loop the program and book another teacher if they wish. If the user picks a slot already used by a teacher it's ok, allow them to overwrite the existing teacher's name in that spot.
Use a two-dimensional array in the following problem. . Your task is to create a simple Java program which would solve this problem.
You MUST use a 2D array of Strings to solve this problem.
Ask the user which cart of laptops they wish to book. For simplicity sake assume there are 6 laptop carts available for booking.
Ask the user which period they wish to book. Assume there are 4 periods available for when they can book out laptops.
Ask the user the name of the teacher who is booking and store that name into the 2D array at the appropriate location.
Allow the user to loop the program and book another teacher if they wish. If the user picks a slot already used by a teacher it's ok, allow them to overwrite the existing teacher's name in that spot.
days= ['Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday']
a= input()
b = int(input())
i = b % 7 -1
if a in days:
d = days.index(a)+i
if d >= 7:
d = d - 7
print(days[d-1])
this code is not working
how to print days
1. Saponification of fats needs a strong___to proceed to completion.
A. Halogen
B. Catalyst
C. Acid
D. Base
2. Which of the following elements can onlu form one bond (alkene) in a lewis structure?
A. Oxygen
B. Carbon
C. Hydrogen
D. Aluminum
3. Which element will have 18 electrons in its lewis dot symbol?
A. Argon
B. Boron
C. Carbon
D. Phosphorus
4. Which of the orbitals has the highest energy
A. 1s
B. 2s
C. 2p
D. 3s
5. Short chain alkenes are prepared through___
A. Saponification
B. Hydration
C. Catalytic cracking
D. Oxidation
6. This type of isomerism occurs when different compounds are formed due to the different arrangements of their atoms leading to different functional groups.
A. Chain
B. Functional
C. Positional
D. Geometric
7. Which of the following represents a non-polar covalent bond?
A. Hydrogen-Oxygen
B. Carbon-Nitrogen
C. Carbon-Carbon
D. Lithium-Fluorine
8. Which one of the formulas for ionic compounds below is incorrect?
A. SrCl₂
B. AICH
C. AbP₂
D. CS2S
a) Given a utility function
u = x_{1} ^ 0.5 * x_{2} ^ 0.25
If P_{1} = 2 and P_{2} = 4 and Y=100, compute optimal X_{1} and X_{2} that will maximize utility
A car starts to move at rest. It travels first 3km with a constant accelaration. Then it travels a distance of 7km with the obtained constant velocity. Then it decelerates for 2.5km and comes to rest. The total time taken for the journey is 15 minutes. The car travels along a straight road. Find the accelaration.
Write brief notes on nodal anatomy and it's systematic value for plants
Explain in details how fungi infect and spread through plants. Give various examples
How do monocots and dicots differ structurally
