##Telegraph prep part 1 self-assessment This is solo work do not ask others for help

###String: 'Javascript is super duper awesome' ###Object: myProfileObject = {}; ###Array: javaScriptArray = ['J', 'a', 'v', 'a'];

####1. Print to the Javascript console the 5th letter in a string (no variables allowed)

####2. Loop through a string and print each character to the Javascript console (the only variable allowed is the iterator)

####3. Copy and refactor problem 2 using a while loop

####4. Add the following key values pairs to the myProfileObject object:

1. 'school' set to 'Telegraph Prep'
2. 'location' set to 'Berkeley, California'
3. 'name' set to your name

NOTE: Explain the method you are using to do this (hint: '_____ notation')

####5. Create a function that takes an object and a name as parameters. It should return a new object with ONLY these properties:

1. Your first and last name ex: name: 'Bobby Tables'
2. Your place of birth: city, state (or equivalent), country
3. Your hobby or favorite activity
4. A method that prints: 'My first name is [first name]' and my last name is '[last name]'

**NOTE: Test your function. (1) Print what your function returns in the console. (2) Invoke the method and check that it logs the intended phrase.

####6. Create a function that takes a name as an parameter and returns true if it is equivalent to the name property returned from the function call above.

####7. Create a function that takes an object as a parameter and returns the length of the object.

####8. Create a function that modifies the javaScriptArray to be ['J', 'a', 'v', 'a', 'S', 'c', 'r', 'i', 'p', 't']

####9. Create a function that takes in the javaScriptArray array and returns a NEW array with value ['JavaScript']

Must include:

• pseudocode
• proper indentation '2 spaces' not tabs
• Remove and unnecessary console.log statements

##Algorithm Design

1. Define the rules of the problem
2. Determine any constraints
3. Explore the problem and discover techniques or patterns that might be useful
4. Generate a simple plan that solves the problem
5. Turn that plan into steps- put your pseudocode skills to use!