1.
schema
2.
$schema
3.
JsonSchema
4.
JSONschema
Q 1 / 80
'red', 'blue', 'green' ] json json json { "color": "red", "color": "blue", "color": "green" } json { "red": "red", "blue": "blue" }1.
[
'red',
'blue',
'green'
]
2.
json
["red", "blue", "green"]
3.
json
["red", "blue", "green"]
4.
json
{
"color": "red",
"color": "blue",
"color": "green"
}
5.
json
{
"red": "red",
"blue": "blue"
}
Q 2 / 80
1.
JSON.parse()
2.
JSON.stringify()
3.
JSON.toString()
4.
JSON.objectify()
Q 3 / 80
1.
string
2.
number
3.
date
4.
array
Q 4 / 80
1.
unpacking
2.
serialization
3.
deserialization
4.
parsing
Q 5 / 80
`accountNum: '000605802'`1.
"accountNum": "000605802"
2.
accountNum: "000605802"
3.
"accountNum": 000605802
4.
accountNum: 000605802
Q 6 / 80
1.
`/`
2.
``
3.
`:`
4.
`{`
Q 7 / 80
1.
Boolean
2.
map
3.
promise
4.
function
Q 8 / 80
1.
important
2.
base
3.
core
4.
required
Q 9 / 80
{ photo: { width: 1600, height: 900, binaries: { url: 'https://www.example.com/images/34097349843', thumbnail: 'https://www.example.com/images/thumbs/34097349843' }, animated: false, tags: [116, 943, 234, 38793], } } json { "photo": { "width": 1600, "height": 900, "binaries": { "url": "https://www.example.com/images/34097349843", "thumbnail": "https://www.example.com/images/thumbs/34097349843" }, "animated": "false", "tags": [116, 943, 234, 38793] } } json { "photo": { "width": 1600, "height": 900, "binaries": { "url": "https://www.example.com/images/34097349843", "thumbnail": "https://www.example.com/images/thumbs/34097349843" }, "animated": false, "tags": [116, 943, 234, 38793] } } json { "photo": { "width": 1600, "height": 900, "binaries": { "url": "https://www.example.com/images/34097349843", "thumbnail": "https://www.example.com/images/thumbs/34097349843" }, "animated": false, "tags": [116, 943, 234, 38793] } } json { "photo": { "width": "1600", "height": "900", "binaries": { "url": "https://www.example.com/images/34097349843", "thumbnail": "https://www.example.com/images/thumbs/34097349843" }, "animated": "false", "tags": ["116", "943", "234", "38793"] } }1.
json
{
"photo": {
"width": 1600,
"height": 900,
"binaries": {
"url": "https://www.example.com/images/34097349843",
"thumbnail": "https://www.example.com/images/thumbs/34097349843"
},
"animated": "false",
"tags": [116, 943, 234, 38793]
}
}
2.
json
{
"photo": {
"width": 1600,
"height": 900,
"binaries": {
"url": "https://www.example.com/images/34097349843",
"thumbnail": "https://www.example.com/images/thumbs/34097349843"
},
"animated": false,
"tags": [116, 943, 234, 38793]
}
}
3.
json
{
"photo": {
"width": 1600,
"height": 900,
"binaries": {
"url": "https://www.example.com/images/34097349843",
"thumbnail": "https://www.example.com/images/thumbs/34097349843"
},
"animated": false,
"tags": [116, 943, 234, 38793]
}
}
4.
json
{
"photo": {
"width": "1600",
"height": "900",
"binaries": {
"url": "https://www.example.com/images/34097349843",
"thumbnail": "https://www.example.com/images/thumbs/34097349843"
},
"animated": "false",
"tags": ["116", "943", "234", "38793"]
}
}
Q 10 / 80
1.
Escape all whitespaces expect space characters.
2.
Escape line breaks.
3.
Escape paragraphs.
4.
Remove all whitespaces
Q 11 / 80
`loggedIn: true`1.
string
2.
Boolean
3.
number
4.
object
Q 12 / 80
1.
"loggedIn": (true)
2.
loggedIn: "true"
3.
"loggedIn": true
4.
loggedIn: {true}
Q 13 / 80
1.
an `<origin>` element
2.
a header request
3.
the `<script>` element
4.
the XMLHttpRequest object
Q 14 / 80
1.
undefined
2.
infinity
3.
NaN
4.
null
Q 15 / 80
1.
JSON.parse()
2.
JSON.stringify()
3.
JSON.toString()
4.
JSON.objectify()
Q 16 / 80
1.Sends data to specific server to create or update information. 2.Sends data to specific server to create or update information without the risk of creating the resource more than once. 3.Previews what the GET request response might be without the body of the text. 4.Learns the communication channels used by the target source. 5.Requests information from a specific source. 6.Removes information.1.
1.POST 2.DELETE 3.OPTIONS 4.HEADER 5.GET 6.PUT
2.
1.POST 2.PUT 3.HEADER 4.OPTIONS 5.GET 6.DELETE
3.
1.POST 2.DELETE 3.OPTIONS 4.HEADER 5.GET 6.PUT
4.
1.POST 2.PUT 3.HEADER 4.OPTIONS 5.GET 6.DELETE
Q 17 / 80
json { "host": "Atlanta", "year": 1996 /_ Centennial Olympics _/ } json { "host": "Atlanta", "year": 1996, /_ Centennial Olympics _/ } json { "host": "Atlanta", "year": 1996 // Centennial Olympics } json { "host": "Atlanta", "year": 1996, "comments": "Centennial Olympics" }1.
json
{
"host": "Atlanta",
"year": 1996
/_ Centennial Olympics _/
}
2.
json
{
"host": "Atlanta",
"year": 1996,
/_ Centennial Olympics _/
}
3.
json
{
"host": "Atlanta",
"year": 1996
// Centennial Olympics
}
4.
json
{
"host": "Atlanta",
"year": 1996,
"comments": "Centennial Olympics"
}
Q 18 / 80
1.
yes
2.
only if there is more than one item
3.
no
4.
only when arrays and objects contain more than 10 items
Q 19 / 80
1.
All whitespace is allowed.
2.
double quotes, slashes new lines, and carriage returns
3.
new lines and carriage returns only
4.
double quotes only
Q 20 / 80
1.
nested
2.
comments
3.
arrays
4.
null values
Q 21 / 80
1.
`"'|=(_)(X 72(_)|/||*'"`
2.
`"|=(_)(X 72(_)|/||*"`
3.
`"|=(_)(X" "72(_)|/||*"`
4.
`"s(_)(X 72(_)|/||*"`
Q 22 / 80
1.
Convert the date to UTC and enclose in quotes.
2.
Encode the date as string using the ISO-8601 date format.
3.
Wrap the date in double quotes.
4.
Add a "date" key to your object and include the date as string.
Q 23 / 80
`JSON.parse({"first": "Sarah", "last": "Connor"}) ;`1.
JSON should be wrapped with curly braces.
2.
JSON.parse() is missing an argument.
3.
The value supplied to JSON.parse() is not a string.
4.
Nothing is wrong with it.
Q 24 / 80
js printNullness(JSON.parse('{ "lemmings": [] }')); printNullness(JSON.parse('{ "lemmings": null }')); printNullness(JSON.parse('{ "lemmings": "null" }')); function printNullness() { if (testMe.lemmings == null) console.log('null'); else console.log('not null'); } not null null not null null null not null not null null null null null null1.
A
2.
B
3.
C
4.
D
Q 25 / 80
1.
JSONLint
2.
ValidateJSON
3.
JSONFiddle
4.
TextEdit
Q 26 / 80
1.
double quotes
2.
smart (curly) quotes
3.
single or double quotes
4.
single quotes
Q 27 / 80
1.
`"constant": "6.022E23"`
2.
`"constant": "6.022E23"`
3.
`constant: 6.022E23`
4.
`constant: "6.022E23"`
Q 28 / 80
1.
`<object>`
2.
`<script>`
3.
`<json>`
4.
`<meta>`
Q 29 / 80
1.
Because it's object-based.
2.
Because it's a simple and adaptable format for sharing data.
3.
Because it's based on JavaScript.
4.
Because it is derived from SGML.
Q 30 / 80
{ "avengers": [ "iron man", "hulk", "thor", "black widow", "ant man", "spider man' ] } json { "avengers": ["iron man", "hulk", "thor", "black widow", "ant man", "spider man"] } json { 'avengers': [ {'iron man', 'hulk', 'thor', 'black widow', 'ant man', 'spider man'} ] } json { "avengers": ["iron man", "hulk", "thor", "black widow", "ant man", "spider man"] } json { "avengers": {[ "iron man", "hulk", "thor", "black widow", "ant man", "spider man" ]} }1.
A
2.
B
3.
C
4.
D
Q 31 / 80
1.
XML
2.
GRAPHQL
3.
REST
4.
SOAP
Q 32 / 80
1.
TRUE
2.
"true"
3.
1
4.
true
Q 33 / 80
1.
['tatooine', 'hoth', 'dagobah']
2.
[tatooine, hoth, dagobah]
3.
["tatooine", "hoth", "dagobah",]
4.
["tatooine", "hoth", "dagobah"]
Q 34 / 80
json { "year": 2024 }, { "location": "unknown" } ]1.
object
2.
array
3.
number
4.
string
Q 35 / 80
1.
trailing commas
2.
trailing decimals
3.
whitespace
4.
leading zeroes
Q 36 / 80
1.
FALSE
2.
0
3.
""
4.
null
Q 37 / 80
1.
Escape the number with a backslash.
2.
Enclose the number in double quotes.
3.
Enclose the number in single quotes.
4.
Leave the number as is.
Q 38 / 80
Note: None of the above options appear to be correct. A correct answer would be `"lastVisit": null`1.
"lastVisit": "null"
2.
lastVisit: null
3.
"lastVisit": 0
4.
"lastVisit": undefined
Q 39 / 80
1.
128514
2.
d83dde02
3.
uD83DuDE02
4.
😂
Q 40 / 80
1.
"largest": "blue whale"
2.
largest: 'blue whale'
3.
'largest': 'blue whale'
4.
largest: "blue whale"
Q 41 / 80
1.
data
2.
schemadata
3.
schematype
4.
type
Q 42 / 80
**NONE OF THESE ARE CORRECT A CORRECT ANSWER WOULD LOOK LIKE `"UPC": "043875"`**1.
"UPC": 043875
2.
UPC: "043875"
3.
"UPC": 043875
4.
UPC: '043875'
Q 43 / 80
1.
markdown
2.
YAML
3.
XML
4.
JSON
Q 44 / 80
1.
"variance": "-0.0823"
2.
variance: "-0.0823"
3.
"variance": "-0.0823"
4.
variance: -0.0823
Q 45 / 80
1.
colon
2.
space
3.
semicolon
4.
comma
Q 46 / 80
1.
:
2.
->
3.
::
4.
.
Q 47 / 80
1.
Wrap line breaks in single quotation marks
2.
Make no changes, because whitespace is allowed
3.
Replace any line breaks with `r`
4.
Replace any line breaks with `n`
Q 48 / 80
1.
Fractional and Transcendental
2.
Infinity or Rational
3.
Rational and Irrational
4.
Infinity or NaN
Q 49 / 80
1.
As a string with quotes
2.
As a string without quotes
3.
As a string in ISO 8583 format
4.
As a string in ISO 8601 format
Q 50 / 80
1.
No, emojis must be escaped with a backslash.
2.
No, JSON strings are not allowed to use emojis.
3.
No, emojis should never be enclosed with double quotes.
4.
Yes, emojis are valid characters because JSON strings are unicode.
Q 51 / 80
1.
list
2.
array
3.
struct
4.
indexed hash
Q 52 / 80
1.
arrays, strings, numbers, true/false
2.
hashes, arrays, strings, numbers, booleans, null
3.
arrays, objects, lists, strings, numbers, booleans
4.
objects, arrays, strings, numbers, booleans, null
Q 53 / 80
1.
key: "value"
2.
"key": "value"
3.
key, "value"
4.
'key': 'value'
Q 54 / 80
json { "result": [ { "year": 2024 }, { "location": "unknown" } ] }1.
number
2.
array
3.
string
4.
object
Q 55 / 80
json { "series": "Star Trek", "episodes": "The Trouble with Tribbles" }1.
Key/value pairs should be separated by semicolons.
2.
Keys should be enclosed with double quotes.
3.
Key/value pairs should always have a trailing comma.
4.
Keys and values should be enclosed with single quotes.
Q 56 / 80
1.
Wrap the comments in single quotes and place it at the bottom of the file.
2.
Wrap the comments in double parentheses.
3.
Escape comments by placing two slashes at the start of the comment.
4.
JSON does not support comments.
Q 57 / 80
json "name": 'bb-8'1.
name: "bb-8"
2.
"name": 'bb-8'
3.
"name": "bb-8"
4.
"name": bb-8
Q 58 / 80
1.
with brackets
2.
with colons
3.
with commas
4.
with parentheses
Q 59 / 80
1.
any language, as JSON is language agnostic.
2.
Ruby
3.
JavaScript
4.
Python
Q 60 / 80
1.
only numbers
2.
any valid JSON value
3.
only strings and numbers
4.
only strings
Q 61 / 80
1.
reserialization
2.
nesting
3.
memorization
4.
minimization
Q 62 / 80
1.
[]
2.
{}
3.
""
4.
()
Q 63 / 80
1.
text/json
2.
text/javascript
3.
application/json
4.
data/json
Q 64 / 80
1.
/
2.
"
3.
-
4.
:
Q 65 / 80
1.
function
2.
promise
3.
Boolean
4.
map
Q 66 / 80
1.
number
2.
string
3.
array
4.
date
Q 67 / 80
1.
:
2.
->
3.
::
4.
.
Q 68 / 80
1.
to provide a simple way to serialize and deserialize data between different sources
2.
to provide a way to store data for machine learning
3.
to provide an archival solution for data warehousing
4.
to provide a way for JavaScript to run other languages
Q 69 / 80
1.
No, but you can sort the keys with `JSON.sort()`.
2.
Yes, object keys are always ordered alphabetically.
3.
Yes, but only when the object is first parsed.
4.
No, you can never assume object keys will be in order.
Q 70 / 80
1.
`*`
2.
`#`
3.
`^`
4.
`"`
Q 71 / 80
1.
10,000
2.
1000
3.
There is no defined limit.
4.
1 million
Q 72 / 80
1.
a swarm
2.
multiple resources
3.
a collection
4.
a group
Q 73 / 80
1.
yes, but only if they are enclosed in quotes
2.
only with integers
3.
no
4.
yes
Q 74 / 80
1.
dash and dot
2.
dash and comma
3.
comma and exclamation point
4.
dot and comma
Q 75 / 80
1.
JSON.ingest()
2.
JSON.convert()
3.
JSON.read()
4.
JSON.parse()
Q 76 / 80
1.
with right arrows
2.
with colons
3.
with semicolons
4.
with commas
Q 77 / 80
1.
zero
2.
one
3.
two
4.
three
Q 78 / 80
1.
arrays; objects
2.
objects; functions
3.
arrays; functions
4.
key/value pairs; arrays
Q 79 / 80
### Q81. Which character _cannot_ be part of string data within JSON without additional formatting? ### Q82. If an object key contains spaces, how can you access its value in JavaScript? ### Q83. When parsing JSON, "caching" is a method used to _. ### Q84. What is the only valid whitespace character within a string that does not require an escape character? ### Q85. What technique can you use to safely encode very large numbers? ### Q86. Which code is a valid JSON equivalent of the key/value pair shown that also preserves the data type? json variance: -0.0823 ### Q87. Based on the JSON object shown, which JavaScript code would you use to find out what is in this vehicle's glove box while assigning the glove box contents to a new variable? js myVehicleContents = { van: { inside: { 'glove box': 'maps', 'passenger seat': 'crumbs', }, exterior: { trunk: 'jack', }, }, }; js myVehicleContents.van.inside['glove box'] = gloveBoxContents; js var gloveBoxContents = myVehicleContents.van.inside['glove box']; gloveBoxContents; js var gloveBoxContents = myVehicleContents.van.glove box.contents; gloveBoxContents; js myVehicleContents.van.inside['inside'] = gloveBoxContents; ### Q88. What characters are used to define an object?1.
true, false, null
2.
true, false
3.
TRUE, FALSE, NULL
4.
true, false, null
5.
/
6.
"
7.
:
8.
-
9.
Remove spaces from the key before accessing the value.
10.
Use dot notation to access the value.
11.
Use object key index to access the value.
12.
Use bracket notation to access the value.
13.
remove duplicate data from a server
14.
temporarily store data for faster access
15.
store excess information in chunks to be reviewed later
16.
clog up a web browser with useless information
17.
line break
18.
space
19.
tab
20.
return
21.
Store the number as a string
22.
Convert the number into an exponent.
23.
Round the number to the nearest 10-digit number.
24.
Split the number into smaller parts.
25.
variance: "-0.0823"
26.
variance: -0.0823
27.
"variance": "-0.0823"
28.
"variance": "-0.0823"
29.
A
30.
B
31.
C
32.
D
33.
||
34.
{}
35.
()
36.
[]
Q 80 / 80