ns1 or ns2
A namespace is a group of related identifiers.namespace ns {int i;double d;}Inside namespace ns, i and d can be used normally. Outside namespace ns, i is called ns::i and d is called ns::d. To import i into the current scope, say "using ns::i;". To import all identifiers in ns into the current scope, say "using namespace ns;". Namespaces can be nested:namespace ns1 {namespace ns2 {int i;}int i;}The i in namespace ns1 is fully qualified as ns1::i. The i in namespace ns2 is fully qualified as ns1::ns2::i. The two variables are distinct. Inside ns2, i refers to ns1::ns2::i; inside ns1, i refers to ns1::i.
S block elements are named so bcozIn this elements last electron enters the outermost s orbital(i.e. ns1 or ns2).
It does not look like it is....ns1.arcadeprehacks.com returned (SERVFAIL)ns2.arcadeprehacks.com returned (SERVFAIL)More info can be found here http://whois.domaintools.com/arcadeprehacks.com(may need to cut and paste URL)
It does not look like it is....ns1.arcadeprehacks.com returned (SERVFAIL)ns2.arcadeprehacks.com returned (SERVFAIL)More info can be found here http://whois.domaintools.com/arcadeprehacks.com(may need to cut and paste URL)
pls tel me the scope of ns2
you don't need to use ns2 programming
You have dengue disease. See a doctor.
Answer records name class type data time to live www.3pay.com IN NS ns2.sedoparking.com 3600s (1h) www.3pay.com IN NS ns1.sedoparking.com 3600s (1h) www.3pay.com IN SOA server: ns1.sedoparking.com email: hostmaster@sedo.de serial: 2007021501 refresh: 86400 retry: 7200 expire: 604800 minimum ttl: 86400 3600s (1h) www.3pay.com IN A 82.98.86.162 600s (10m)
no.
The number of valence electrons in an element corresponds to its group number in the periodic table. Elements in the same group have the same number of valence electrons, which influences their chemical properties and reactivity. For example, elements in Group 1 have 1 valence electron, Group 2 have 2 valence electrons, and so on.
They are both very reactive because of their low number of valence electrons, they both react with water (with the exception of beryllium oxide), and they form positive ions. They are all metals.