cos x = 0; 0 ≤ x ≤ 360°
x = 90° or x = 270° ( 90° + 180°)
There is no prime number that exists to satisfy this Condition.
The first three positive integers, 1, 2, and 3, satisfy this condition.
No, there is no single number that equals both 21 and 34, as they are distinct values. A number can only be equal to one specific value at a time. Therefore, no number can satisfy the condition of being equal to both 21 and 34 simultaneously.
One possible combination of three numbers that equals 60, without using the number 20, is 15, 15, and 30. Another option is 10, 25, and 25. There are many combinations, but these are a couple of examples that satisfy the condition.
3x
There is no prime number that exists to satisfy this Condition.
The first three positive integers, 1, 2, and 3, satisfy this condition.
One possible combination of three numbers that equals 60, without using the number 20, is 15, 15, and 30. Another option is 10, 25, and 25. There are many combinations, but these are a couple of examples that satisfy the condition.
Two. One in which C is acute and one where it is obtuse.
3x
y and x cannot both be zero and still satisfy the equation.
-4
No.No.No.No.
To find two numbers that multiply to equal 4.4, you can use various pairs. For example, 2.2 times 2 equals 4.4, as does 1.1 times 4. The equation can also be represented as ( x \times y = 4.4 ), where ( x ) and ( y ) can be any pair of numbers that satisfy this condition.
1,6 2,12 3,18 4,24 5,30
All the factor pairs of 18 satisfy this request.
In division, 50 can be represented by the equation (100 \div 2 = 50). This means that when you divide 100 by 2, the result is 50. Similarly, any pair of numbers where the numerator divided by the denominator equals 50 will also satisfy the condition, such as (150 \div 3 = 50) or (250 \div 5 = 50).