Answer:
1 . Dr ncome tax expense 7
Dr Deferred tax asset 4
Cr Income tax payable 11
2. Dr Income tax expense3
Cr Valuation allowance-Deferred tax asset3
Explanation:
Preparation of Journal entries
JournalDebitCredit
(In million)
1 . Dr ncome tax expense 7
($11-$4=7)
Dr Deferred tax asset 4
($16× 25% = $4)
Cr Income tax payable 11
($44 × 25% = $11 )
2. Dr Income tax expense3
Cr Valuation allowance-Deferred tax asset3
(3/4 × $4) = $3 million
Deferred tax asset= ($16× 25%)
Deferred tax asset= $4 million
Income tax payable= ($44 × 25%)
Income tax payable= $11 million
90 days past due to be considered delinquent
Answer: d. all of the answers
Explanation: Project management typically involves the planning, build-up, implementation, and closeout of projects and is defined as the organization and management of resources such as people, materials, etc. in such a way that a given project is completed within defined scope, quality, time and constraints of costs. In this, it asks questions bordering on planning, (what problem needs solving, people involved, and what will be done?), implementation and close-out (when would the project end, how would you know you have arrived at its completion, how do you go about it?) etc.
The only stable isotope of fluorine is F is F¹⁹which has one fewer neutron and displays β + decay of radioactivity
What is Beta decay (β+ decay)?
- In nuclear physics, beta decay, also known as β-decay, is a type of radioactive decay in which an atomic nucleus emits a beta particle (a fast energetic electron or positron), which changes the original nuclide into an isobar of that nuclide.
- For instance, in so-called positron emission, a proton is transformed into a neutron by the emission of a positron along with a neutrino, while in beta decay a neutron is transformed into a proton by the emission of an electron along with an antineutrino.
- Prior to beta decay, neither the beta particle nor the associated (anti-)neutrino are present in the nucleus; instead, they are produced during the decay process. This procedure gives unstable atoms a protons-to-neutrons ratio that is more stable.
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