Answer:
Step-by-step explanation:
By dividing one of these numbers by the previous number, we find that these are simply being multiplied by four. This gives us our base of 4.
(4^4) - (4^3) = 192
(4^5) - (4^4) = 768
(4^6) - (4^5) = 3072
(4^7) - (4^6) = 12288
Assuming the X values are 1, 2, 3, and 4,
f(x) = (4^x+3) - (4^x+2)
1. x^15
2. m^40
3. v^7/2
4. k^4
5. 1/x^14
6. 1/r^3/2
7. b^25
8. h^2
9. m^3n^1/7
10. x^12
11. 1/g^37
12. 1/100m^6
13. j^6/216
14. 1/125f^3
15. 3z^1/2
16. 1/100m^6
17. j^6/216
18.1/81d^20
19. 1
20. g^1/2 r^3
21. 16a^11
22. m^16n^21
23. 1
24. 1/y^10x^6
25. 343s^10/t^17/2
26.n^17/2 /m^10/2
27. 729/b^24c^9
28. 20y^2/x^33
Answer:
23y
Step-by-step explanation:
this my answer hope it's help
make me brainless pls
All of the trigonometric functions of an angle θ can be constructed geometrically in terms of a unit circle centered at O. Given that:
Sine function
being
Cosine function
being
We will demonstrate the identity above. First of all, we need to square each equation, so:
Adding these two equations:
But as shown in the figure, using Pythagorean theorem
is always equal to 1, then:
The relation to right triangles is that:
<span>The hypotenuse is always equal to 1
</span>The opposite side is equal to
The adjacent side is equal to