Exponental law
so
√(81y^5)=√81 times √(y^5)
√81=9 or -9
√(y^5)=y^2 times√y
answer is 9y^2 times √y or -9y^2 times √y
√(81y^5)=√81 times √(y^5)
√81=9 or -9
√(y^5)=y^2 times√y
answer is 9y^2 times √y or -9y^2 times √y
What is the minimum and maximum of the picture
1 answer:
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Hi there!
• Greatest Common Factor :-
GCF is th' greatest factor that divides two numbers.
To find the GCF of two numbers :-
→ List the prime factors of each number.
→ Multiply those factors both numbers have in common.
Accr'ding to the question :-
5n⁴ = 5 × n × n × n × n × 1
6w³ = 2 × 3 × w × w × w × 1
Greatest Common Factor [ 5n⁴, 6w³ ] = 1
~ Hope it helps!
• Greatest Common Factor :-
GCF is th' greatest factor that divides two numbers.
To find the GCF of two numbers :-
→ List the prime factors of each number.
→ Multiply those factors both numbers have in common.
Accr'ding to the question :-
5n⁴ = 5 × n × n × n × n × 1
6w³ = 2 × 3 × w × w × w × 1
Greatest Common Factor [ 5n⁴, 6w³ ] = 1
~ Hope it helps!
Answer:
1.75 cm
Step-by-step explanation:
We are given that the dimensions of the box as 25 cm by 14 cm by 10 cm.
Now, to increase the profit, the dimensions of the box by 'x' cm.
Thus, the new dimensions are (25-x) cm by (14-x) cm by (10-x) cm.
Further, it is given that the volume of the new box is 2,208
As, Volume of the box = Length × Breadth × Height
i.e. 2208 = (25-x) × (14-x) × (10-x)
i.e.
i.e.
i.e.
On solving this cubic equations, we get that, the solutions are x = 27.6, x = 1.75 and x = 26.8.
Since, the dimensions 25 cm by 14 cm by 10 cm are reduced by x cm.
Thus, if x = 27.6 or x = 26.8, then (10-x) = -17.6 or -16.8, which cannot be possible. So, x = 1.75 cm.
Hence, the dimensions were decreased by 1.75 cm.