Ans. EMBED Equation. DSMT4 b. What is the ant’s actual linear displacement EMBED Equation. DSMT4 Ans. EMBED Equation. DSMT4 c. What is the rotational.

 

b. What is the ant’s actual linear displacement EMBED Equation. DSMT4 c. What is the rotational speed of the CD expressed in radians per sec Moment of Inertia 6 Calculate.

 

w q D a w D w w w ! ! ! q,w,a ! D , , -. / !0 1 ! , ! 2 ! !! ! ! , ! 2 ! !! ! ! ! ! 3 2 4 , 3 5 - 5 6 5 ! 5 2 2 ! ! 7 2 ! ! ! 5 6 5 6 2 ! 2 2 8 5 6 2 ! 9 2 ! 2.

 

b. What is the ant’s actual linear displacement EMBED Equation. DSMT4 c. What is the rotational speed of the CD expressed in radians per sec Moment of Inertia 6 Calculate.

 

1 Determine the angular momentum for the objects in Section 1, rotated about the axis described in Section 1. a A mass attached to a string and rotated at a rotational speed.

 

! ! ! ! ! , -. / 0 1 2 -. /. 30 450 /4 /01/ 6 /. ,. 7. ˆˆ 30 4501// 2 8. 9/ !. 303 9/1/ 9/ 9 303 9/1/ 9/ /. ˆˆ. 30 9 / / 1 , -. / 2. /. 11 30 /4 /0 : : /;0 : /. ,. 7. ˆˆ 30 / / 3. 9/ !. 30 : : 9 30 : : 9. ˆˆ. 30 99 9.

 

1 Draw a horizontal velocity vector where the magnitude is 10 m/s use 1 cm 2 m/s as a scale. Next, draw a second horizontal velocity vector pointing in the same direction.

 

! ! ! ! ! , -. / 0 1 2 -. /. 30 450 /4 /01/ 6 /. ,. 7. ˆˆ 30 4501// 2 8. 9/ !. 303 9/1/ 9/ 9 303 9/1/ 9/ /. ˆˆ. 30 9 / / 1 , -. / 2. /. 11 30 /4 /0 : : /;0 : /. ,. 7. ˆˆ 30 / / 3. 9/ !. 30 : : 9 30 : : 9. ˆˆ. 30 99 9.

 

1 Draw a force vector diagram for each object including the pulley. Note: the tension forces on each end of the rope are not equal. 3 Solve for the acceleration.

 

Chapter 10 Reactions Worksheet andKey 1 Chapter 10 Reactions Worksheet andKey 1. Acidity of Carboxylic Acids: ‡ 7KH K GUR O H atom is weakly acidic ionizes 0. 5. O O R ± C ± O 2O l R ± C ± O- aq 3O aq ‡ RCOO±.

 

Naming Chapter 10 Compounds Worksheet andKey 1 Naming the Organic Molecules of Chapter 10 Worksheet andKey 1 Write the names of the following organic molecules:.

 

Naming Chapter 10 Compounds Worksheet andKey 1 Naming the Organic Molecules of Chapter 10 Worksheet andKey 1 Write the names of the following organic molecules:.

 

Chapter 10 Reactions Worksheet andKey 1 Chapter 10 Reactions Worksheet andKey 1. Acidity of Carboxylic Acids: ‡ 7KH K GUR O H atom is weakly acidic ionizes 0. 5. O O R ± C ± O 2O l R ± C ± O- aq 3O aq ‡ RCOO±.

 

a How much work is performed on the box Ans. Wnet 300 N 5 m cos 0o 1500 J b What is change in kinetic energy of the box EMBED Equation. DSMT4 3. According to the label, a 2 oz. Snickers candy.

 

!! !! !!! !! !! !! !! !! !! !! , - !!! !! - - !!!. !! -. / 0 1 23 4 / 0 5 23 4 / - , 6 / m / m / , / 5 4 / 0 7 8 9 / :. 1 23 4 / 0 5 23 4 / : :. :,, 6 9 / , m / , m / , / , 0 : : , 0. 1 23 4 / 0 5 23 4 6 / , m / , m / , / , ,.

 

300 N W mg FN 300 N mgcos 30303030oooo FN mgsin 30303030oooo OR fk fk ! ! D , ˆˆˆ - ,. /. 0 , , 1 1. DD - ! ! ˆˆˆ 2 / 2 0 2 -1 ×D D -1 , ˆˆˆ - ,. /. 0 , , -. DD 3 m ! ! ! 2 ×D ! ! 3 ˆˆ ˆˆ 2 / 2 0 2 4- 4 m ˆˆ 2 4- 4 -4 - 5 2 - 5 5 ×D 300N

 

! ! !!! ! ! DD ! !! ! D D D D ! D D !. !. ! ! ! - - !. ! , ! DD. ! ! D D D D ! D D.

 

! , ! -. /. ! ! 0 1 2 1 3 ˆˆˆˆ 4 5 6 4 5 5 5 ˆˆˆˆ 4 5 5 5 5 ˆˆˆˆ 4 5 6 4 5 5 , 5 , ˆˆˆ 4 5 6 5 5 ˆ 4 5 ˆˆˆ 4 5 5 , 6 5 ball Fdrag W mg ball W mg ball Fdrag W mg 7.

 

! ˆˆˆ D ! !,. -- -. /0 -DD - ! !, ˆˆ. 1 !, 1 , ˆ 1 ! !,. -- 2. 334 - ! ! ! !, 5 5. - - 6 ! ! !,. -- -. /0 -DD - ! !, 5 5. / 0 - Table.

 

! , ! -. /. ! ! 0 1 2 1 3 ˆˆˆˆ 4 5 6 4 5 5 5 ˆˆˆˆ 4 5 5 5 5 ˆˆˆˆ 4 5 6 4 5 5 , 5 , ˆˆˆ 4 5 6 5 5 ˆ 4 5 ˆˆˆ 4 5 5 , 6 5 ball Fdrag W mg ball W mg ball Fdrag W mg 7.

 

80kg ! D D ! , - Can turtle possum possum Direction of motion. / !. ˆ S 0 /. ˆ. ˆ ˆ ˆ 1. ˆˆ 2 - ˆˆ 2 -. D. 3. D 3 4. !. 5 6 5 / 50kg 10 N 100 N 100 N mgcos qqqq mgsin qqqq OR x y.

 

! ! ! ! , - -. / 01 2 ! , ! 3 ! ! , - ! ! - - ! ! , - 0 1 4 ! ! 5. 0 1. 0 1 1 × 6 ! ˆˆ 0 1. 0 0 5. 0 1. 0 0 7 0 ×.

 

300 N W mg FN 300 N mgcos 30303030oooo FN mgsin 30303030oooo OR fk fk ! ! D , ˆˆˆ - ,. /. 0 , , 1 1. DD - ! ! ˆˆˆ 2 / 2 0 2 -1 ×D D -1 , ˆˆˆ - ,. /. 0 , , -. DD 3 m ! ! ! 2 ×D ! ! 3 ˆˆ ˆˆ 2 / 2 0 2 4- 4 m ˆˆ 2 4- 4 -4 - 5 2 - 5 5 ×D 300N

 

! ˆˆˆ D ! !,. -- -. /0 -DD - ! !, ˆˆ. 1 !, 1 , ˆ 1 ! !,. -- 2. 334 - ! ! ! !, 5 5. - - 6 ! ! !,. -- -. /0 -DD - ! !, 5 5. / 0 - Table.

 

Brad Pitt 80 kg and Angelina Jolie 50 kg enjoy a relaxing drive across the south of France in their red sports car 1400 kg. Starting at rest at a stop.

 

! ! ! ! , - -. / 01 2 ! , ! 3 ! ! , - ! ! - - ! ! , - 0 1 4 ! ! 5. 0 1. 0 1 1 × 6 ! ˆˆ 0 1. 0 0 5. 0 1. 0 0 7 0 ×.

 

a What is the painter’s gravitational potential energy with respect to the roof surface. Ans. Uplatform mgyplatform 1470 J b What is the painter’s gravitational potential.

 

a How much work is performed on the box Ans. Wnet 300 N 5 m cos 0o 1500 J b What is change in kinetic energy of the box EMBED Equation. DSMT4 3. According to the label, a 2 oz. Snickers candy.

 

80kg ! D D ! , - Can turtle possum possum Direction of motion. / !. ˆ S 0 /. ˆ. ˆ ˆ ˆ 1. ˆˆ 2 - ˆˆ 2 -. D. 3. D 3 4. !. 5 6 5 / 50kg 10 N 100 N 100 N mgcos qqqq mgsin qqqq OR x y.

 

Convert the following quantities and express your answers using the appropriate number of significant figures: f 1013. kg/m3 ___1. 013__ g/mL.

 

a What is the instantaneous and average velocity of the ball while it is on the level surface Ans. EMBED Equation. 3 Ans. EMBED Equation. 3 c How much time does it take.

 

a Draw a free-body diagram for the anchor. b What is the magnitude of the water resistance acting on the anchor Ans. Fwater 544 N upward c How long does it take the anchor.

 

! ! !!! ! ! DD ! !! ! D D D D ! D D !. !. ! ! ! - - !. ! , ! DD. ! ! D D D D ! D D.

 

a Sketch a vector diagram of the ball just as it leaves the table. b Express the ball’s velocity vector, v t , in component form, as it falls. Ans. EMBED Equation.

 

! ! ! ! , -. - ˆˆˆ. / / !. , - ˆˆˆˆ. 0. !1 2 3 3 ˆˆ ˆ. 0 4. !1 4. 3 3. 5 4 D×D×D× 6 - ˆ 4. 775 4 DD - 4 , 8 - ˆ 9. 3. 3 4 DD× : 4 , 8 ; ˆ. 3. 3!1 4 ×.

 

Problems: Observing Graph 1, how does air drag affect shape of the velocity vs. time graph i. e. the motion of the ball compared to no drag Why is the upward acceleration.

 

1. a Determine the center of mass for the Earth-Moon system. Ans. Using the center of mass for the earth as the origin 0,0 standard Cartesian oriented coordinates: EMBED Equation.

 

! ! ! ! ! ! ! ! ! ! ! a b ! ! ! ! ! , -. - a - - b ! ! / 0 a b. a b a 3 b 4 c a b 1 ! ! ! ! ! 2 ! ! ! ! ! ! ! / , ! ! , a. / 0 ! - 34 ! 3 ! 5 ! ! 5 ! ! ! / 0 - b. - b 7 5 c a b 2 4 - , - / ! 0 ! 3 0 ! ! 3 ! ! 4 - ! ! 5 ! - ! 3 - 44 0 ! ! ! - 6 / , ! !! 0

 

Theoretical yield of water___6. 71 g AlCl3______ Limiting Reactant __ HCl _____ A 1. 55 g sample of a gas occupies 250. 0 mL at a temperature of 30. 85 C and a pressure of 1. 06 atm. Estimate the molar mass of this gas. R 0. 0821.

 

Theoretical yield of water__1. 32 g H2O ______ Limiting Reactant ___ H2SO3_______ A balloon is designed to rise to a height of 6 miles at which point it will be fully.

 

N2860sin 8. 1 1. 44sin9. 080. 950 ·· FFNmFdmTTTccwcw qN6. 4740sin0. 225. 61sin250. 280. 95 °· · ·· TTdTTTccwcw q ! SSSS ! ! qqqq , - !. / ! ! 0 1 q 234. 34 34 Ans:a l 1. 69m b l 1. 38mc l 0. 90m l5 ! ! ! 5 6 ! !. 33. 3 3. 33 ! 7 ,3 34 0 5 q l ! ! !

 

a How much work is performed on the box b What is change in kinetic energy of the box a How much work is performed on the box b What is change in kinetic energy of the box a How much energy.