Solved

Two Cooks Standing Side by Side in a Restaurant Pull

Question 1

Multiple Choice

Two cooks standing side by side in a restaurant pull their beaters out of the dough at the same instant.A glob of dough flies off each beater.Each glob lands on the top of a tin the same horizontal distance away and at its initial height.However,one lands later than the other.The explanation is that they left the beaters at angles θ1 and θ2 such that:


A) θ2 = −θ1.
B) θ1 + θ2 = Two cooks standing side by side in a restaurant pull their beaters out of the dough at the same instant.A glob of dough flies off each beater.Each glob lands on the top of a tin the same horizontal distance away and at its initial height.However,one lands later than the other.The explanation is that they left the beaters at angles θ<sub>1</sub> and θ<sub>2</sub> such that: A) θ<sub>2</sub> = −θ<sub>1</sub>. B) θ<sub>1</sub> + θ<sub>2</sub> =   . C) θ<sub>1</sub> + θ<sub>2</sub> =   . D) θ<sub>1</sub> + θ<sub>2</sub> = π. E) θ<sub>1</sub> − θ<sub>2</sub> = π. .
C) θ1 + θ2 = Two cooks standing side by side in a restaurant pull their beaters out of the dough at the same instant.A glob of dough flies off each beater.Each glob lands on the top of a tin the same horizontal distance away and at its initial height.However,one lands later than the other.The explanation is that they left the beaters at angles θ<sub>1</sub> and θ<sub>2</sub> such that: A) θ<sub>2</sub> = −θ<sub>1</sub>. B) θ<sub>1</sub> + θ<sub>2</sub> =   . C) θ<sub>1</sub> + θ<sub>2</sub> =   . D) θ<sub>1</sub> + θ<sub>2</sub> = π. E) θ<sub>1</sub> − θ<sub>2</sub> = π. .
D) θ1 + θ2 = π.
E) θ1 − θ2 = π.

Correct Answer:

verifed

Verified

Related Questions