Question
Read the given sentence to find out whether there are
any grammatical/contextual errors in it. The errors, if any, will be in two of the phrases of the sentences and the combination of those parts will be the answer. If no part in the sentence has an error then, mark 'no error' as your answer. Consider part (e) Β in bold as grammatically correct. (Ignore punctuation errors if any) The military's deference to tradition (A) / in weapon building has hinders (B) / the adopting of more (C) / innovative technologies like (D) / cyber-defense systems and autonomous drones. (e) Β Β Β Β Β Β Β ΒSolution
Solution The errors lie in BC. B - replace the singular verb HINDERS with HINDERED as the HAS + VERB will take the past participle form of the verb. C - replace the verb ADOPTING with the noun ADOPTION as it is being modified by the article THE. Thus, C is the right answer.
By interchanging the given two signs and numbers which of the following equation will be correct?
Γ and +, 6 and 4
Select the correct combination of mathematical signs to sequentially replace the * signs and to balance the given equation.
23 * 2 * 2 * 5 * 18
If β%β means (Γ·), β&β means (+), β$β means (Γ), and β@β means (-), then what is the value of the expression:
25 & 35 % 7 @ 14 $...
Which two signs should be interchanged to make the given equation correct?
8 β 26 + 15 Γ 18 Γ· 6 = 220
If '+' means ' - ', ' X ' means '+', ' - ' means 'Γ·' and 'Γ·' means ' X ', then what is the value of the following expression?
112 - 4 + 65 X 22...
If 'P' denotes 'addition', 'Q' denotes 'subtraction', 'R' denotes 'multiplication', and 'S' denotes 'division', then what will be the value of the foll...
What will be the value of expression if the numbers/digits β(30)β and β(13)β are interchanged?
78 Γ· 30 Γ 6 + 13 - 14 + 12
...If ‘–‘ means ‘addition’, ‘+’ means ‘subtraction’, ‘÷ ‘ means ‘multiplicat...
If βΓ·β means β-β, β-β mean β+β, β+β means βΓβ and βΓβ means βΓ·β, compute the value of the expression:
130 Γ ...
If β+β means βΓ·β, β-β means β+β, βΓβ means β-β and βΓ·β means βΓβ, then find the value of the following expression? ...