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1) Integrate dx/2√2x^3
Find the final weight, volume and pressure of the gas.
Mr. Ybarola conducted an examination on his subject. He has determined that the mean
score of all those who had taken the test is 89 and its standard deviation is 4.
1. Determine the 𝑧-score of Karlie who scored 94 in the test.
2. What is the raw score of Sayrille, whose 𝑧-score is -0.12?
3. If a student is picked at random, what is the probability that his score lie between
75 and 85?
4. A student is picked at random. What is the probability that his score is above 93?
Pls help me to implement this program
#include <iostream>
using namespace
struct NameType
{
string first;
string middle;
string last;
};
struct AddressType
{
string address1;
string address2;
string city;
string state;
string zip;
};
struct DateType
{
int month;
int day;
int year;
};
struct ContactType
{
string phone;
string cellphone;
string fax;
string pager;
string email;
};
struct EmployeeType
{
NameType name;
string emp_id;
AddressType address;
DateType hireDate;
DateType quitDate;
ContactType contact;
};
Please give answer for assignment of managerial Economics
Cards Game
Write a program to print the following,
Input
The only line of input contains three space separated integers M,N and Z.
Output
Print the number representing the person who will get the last card.
Explanation
Given M=3, N=3, and Z=2.
Distribution of cards starts from 2.The final order of persons is 2,3,1.
The last person to get the card is 1.
Sample Input1
3 3 2
Sample Output1
1
An object is in equilibrium if all the forces on it balance. The figure below shows a beam weighing 124 N that is supported in equilibrium by a 100-N pull and a force at the floor. The third force on the bean is the 124-N weight that acts vertically downward.
An object is in equilibrium if all the forces on it balance. The figure below shows a beam weighing 124 N that is supported in equilibrium by a 100-N pull and a force at the floor. The third force on the bean is the 124-N weight that acts vertically downward.
The electrostatic field strength of a proton at distance r is E1. What would be the strength of the field, E2 when the distance is doubled?
If 1 + 2 = 3, then 3 is odd.
