y^p 2 ∀ p=1
pone.0221369.e008">removedGRAPHIC g (ξ, b)=∇ E (ξ, b)=∑ p=1
b)=∑ p=1 q g (ξ p) ∀ p=1
b s=∑ p=1
b s=∑ p=1
p=1
pone.0221369.e026">removedGRAPHIC Z=∑ i=1
pone.0221369.e027">removedGRAPHIC Z=∑ i=1
i 0, p 0 ] ∀ p=1. ., q ; i 0=1..., n</disp formula>- Layer 1
p 0 - m i 1, i 0 σ i 1, i 0 2 } ]</disp formula><disp formula id="pone.0221369.e040">removedGRAPHIC ∀ p=1. ., q ; i 1=1..., r</disp formula>Where sub index i 0
p 1</disp formula><disp formula id="pone.0221369.e042">removedGRAPHIC ∀ i 2=1..., r ; i 1=1..., r ; p=1
pone.0221369.e049">removedGRAPHIC E p=∑ i 3=1
pone.0221369.e053">removedGRAPHIC eta i 3, p 3=-2 e i 3, p</disp formula><disp formula id="pone.0221369.e054">removedGRAPHIC ∀ p=1..., q ; i 3=1
pone.0221369.e056">removedGRAPHIC ∂ + E ∂ C i 3, i 2=∑ p=1 q ∂ + E p ∂ C i 3, i 2=eta i 3, p 3
i 2, p 2</disp formula><disp formula id="pone.0221369.e057">removedGRAPHIC ∀ p=1..., q ; i 3=1..., m ; i 2=1..., r</disp formula>- Layer 2
i 3 eta i 3, p 3</disp formula><disp formula id="pone.0221369.e060">removedGRAPHIC ∀ p=1..., q ; i 3=1..., m ; i 2=1..., r</disp formula>- Layer 1
p 1</disp formula><disp formula id="pone.0221369.e066">removedGRAPHIC ∀ p=1..., q ; i 1=1
pone.0221369.e067">removedGRAPHIC ∂ + E ∂ m i 1, i 0=∑ p=1 q ∂ + E p ∂ m i 1, i 0=eta i 1, p 1
disp formula id="pone.0221369.e068">removedGRAPHIC ∂ + E ∂ σ i 1, i 0=∑ p=1 q ∂ + E p ∂ σ i 1, i 0=eta i 1, p 1
disp formula id="pone.0221369.e069">removedGRAPHIC ∀ i 0=1..., n ; i 1=1..., r ; p=1

Writers' uncertainty in scientific and popular biomedical articles. A comparative analysis of the British Medical Journal and Discover Magazine

BMJ 2013>non verbs Discover 2013; z ratio=3.997, p=0.004, Cohen's d=0.81

Multi-criteria group decision making based on Archimedean power partitioned Muirhead mean operators of q-rung orthopair fuzzy numbers

qualitative comparison among different mcgdm method
quantitative comparison among different mcgdm method

time delta 1=delta 2=...=delta | S k |=0
g (μ p i k)))</disp formula><disp formula id="pone.0221759.e013">removedGRAPHIC Ny=f -1 (1 N ∑ k=1 N f (g -1 (1 ∑ i k=1
lambda 2 -1 (μ ' -1) 1 / ∑ i k=1 | S k | delta i k (μ ' + lambda 2 -1) 1 / ∑ i k=1 | S k | delta i k - (μ ' -1) 1 / ∑ i k=1 | S k | delta i k) 1 N + lambda -1) 1
eta 1 - Ny ' -1) 1 / ∑ i k=1 | S k | delta i k</disp formula><disp formula id="pone.0221759.e025">removedGRAPHIC μ '=1 - log eta (1
eta 1 - Ny ' -1) delta i k</disp formula><disp formula id="pone.0221759.e029">removedGRAPHIC μ '=1 - log eta (1
t g (μ p i k)))</disp formula><disp formula id="pone.0221759.e034">removedGRAPHIC Ny=f -1 (1 N ∑ k=1 N f (g -1 (1 ∑ i k=1
eta 1 - Ny ' -1) 1 / ∑ i k=1 | S k | delta i k</disp formula><disp formula id="pone.0221759.e045">removedGRAPHIC μ '=1 - log eta (1
eta 1 - Ny ' -1) delta i k</disp formula><disp formula id="pone.0221759.e049">removedGRAPHIC μ '=1 - log eta (1
computed using<disp formula id="pone.0221759.e054">removedGRAPHIC W i, j=w j ξ j / ∑ t=1
time delta 1=delta 2=...=delta | S i, k |=0
is A 1>A 3>A 5>A 4>A 2 when q=3, changes A 1>A 3>A 4>A 5>A 2 when q=4, 5, 6
becomes A 3>A 1>A 4>A 5>A 2 when q=7, 8, 9, 10 The best alternativechanges from A 1 A 3 from q=7
becomes A 3>A 4>A 1>A 5>A 2 when q=10 The best alternativechanges from A 1 A 3 from q=4