1. All numbered streets runs parallel to each other. Both 3rd and 4th Streets are intersected by King Ave. as shown:
1 answer:
Answer:
(a) 105°
(b) 75°
(c) 105°
Step-by-step explanation:
According to the options, we have,
(a) The car is travelling west on the 4th street and turns towards south on King Avenue.
So the angle (a) will be the angle made by the car's turning.
As, ∠(a) + 75° = 180°
i.e. ∠(a) = 180° - 75°
i.e. ∠(a) = 105°
(b) The car is travelling southwest on the King Avenue and turns right onto 3rd street.
So the angle (b) will be the angle made by the car's turning.
As, 3rd and 4th street are parallel. So, the corresponding angles have equal measures.
Thus, ∠(b) = 75°
(c) The car is travelling northeast on the King Avenue and turns right onto 4th street.
So the angle (c) will be the angle made by the car's turning.
As, ∠(c) + 75° = 180°
i.e. ∠(c) = 180° - 75°
i.e. ∠(c) = 105°
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Answer:
B) 4
Step-by-step explanation:
We can solve this by observing some pattern.
The powers ending in 4 as unit digit are:
The exponents form the sequence:
2,6,10,14,20,...
We need to check if 62 belongs to this sequence.
This is an arithmetic sequence with a common difference of 4 and a first term of 2.
The explicit formula is
We equate this to 62 and solve for n.
Since n is a natural number, 62 belongs to the sequence.
Hence
will have a unit digit of 4.