Written by students who passed Immediately available after payment Read online or as PDF Wrong document? Swap it for free 4.6 TrustPilot
logo-home
Previously searched by you
Previously searched by you
logo
  • LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7th EDITION
  • LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7th EDITION
To add items to your wishlist, you must be logged in
Document preview thumbnail
Preview 4 out of 44 pages
Exam (elaborations)

TEST BANK FOR LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7TH EDITION BY NELSON . QUESTIONS WITH CORRECT AND VERIFIED ANSWERS. GRADED A+.

0.0
(0 reviews)
- sold
44 pages
2024/2025 Written for academic year
Institution LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7th EDITION
Course LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7th EDITION
Document preview thumbnail
Preview 4 out of 44 pages

TEST BANK FOR LEHNINGER PRINCIPLES OF BIOCHEMISTRY 7TH EDITION BY NELSON . QUESTIONS WITH CORRECT AND VERIFIED ANSWERS. GRADED A+. TEST BANK 1. The dipole moment in a water molecule Which statement about hydrogen bonds is NOT true? A) Hydrogen bonds account for the anomalously high boiling point of water. B) In liquid water, the average water molecule forms hydrogen bonds with three to four other water molecules. C) Individual hydrogen bonds are much weaker than covalent bonds. D) Individual hydrogen bonds in liquid water exist for many seconds and sometimes for minutes. E) The strength of a hydrogen bond depends on the linearity of the three atoms involved in the bond. 2. A TRUE statement about hydrophobic interactions is that they: A) are the driving force in the formation of micelles of amphipathic compounds in water. B) do not contribute to the structure of water-soluble proteins. C) have bonding energies of approximately 20–40 Kjoule per mole. D) involve the ability of water to denature proteins. E) primarily involve the effect of polar solutes on the entropy of aqueous systems. 3. Hydrophobic interactions make important energetic contributions to: A) binding of a hormone to its receptor protein. B) enzyme-substrate interactions. C) membrane structure. D) three-dimensional folding of a polypeptide chain. E) All of the answers are correct. 4. Dissolved solutes alter some physical (colligative) properties of the solvent water because they change the: A) concentration of the water. B) hydrogen bonding of the water. C) ionic bonding of the water. D) pH of the water. E) temperature of the water. 5. Osmosis is movement of a: A) charged solute molecule (ion) across a membrane. B) gas molecule across a membrane. C) nonpolar solute molecule across a membrane. D) polar solute molecule across a membrane. E) water molecule across a membrane. 6. A hydronium ion: A) has the structure H3O+. B) is a hydrated hydrogen ion. C) is a hydrated proton. D) is the usual form of one of the dissociation products of water in solution. E) All of the answers are correct. 7. The pH of a solution of 1 M HCl is: A) 0. B) 0.1. C) 1. D) 10. E) –1. 8. The pH of a solution of 0.1 M NaOH is: A) 0.1. B) 1.0. C) 12.8. D) 13. E) 14. 9. Which statement is TRUE about the properties of aqueous solutions? A) A pH change from 5.0 to 6.0 reflects an increase in the hydroxide ion concentration ([OH–]) of 20%. B) A pH change from 8.0 to 6.0 reflects a decrease in the proton concentration ([H+]) by a factor of 100. C) Charged molecules are generally insoluble in water. D) Hydrogen bonds form readily in aqueous solutions. E) The pH can be calculated by adding 7 to the value of the pOH. 10. The pH of a sample of blood is 7.4, while gastric juice is pH 1.4. The blood sample has: A) 0.189 times the [H+] as the gastric juice. B) 5.29 times lower [H+] than the gastric juice. C) 6 times lower [H+] than the gastric juice. D) 6000 times lower [H+] than the gastric juice. E) one million times lower [H+] than the gastric juice. Answer Key 1. D 2. A 3. E 4. A 5. E 6. E 7. A 8. D 9. D 10. E

Content preview


0120456789  1 6 61  6  12984 9 1 20 0 1 0 9661 296



!"#$%
& '(
$$')'%

#"
'#)&
*'
$+,&
-''# 
+
%
# 
./.01./.2345

'#
6'&)#$$
) -7
$'"'
-
6
$
3
89:;<;=:>?=
@<A@=B:CD=




=



3EFGHIJKLJLMNHMONPLJKQRK6FHQFSNNLMNTJRNFUGPJM
TJMGSHS#NPRV
WE&UGPJMTJMGSQQJRMNXJPNFMJLKJRSKUFHFTJHKHMIJHMNJXONP3

WE'MKHYRHGONPZNF[PONPLJKQRKXJPLSFUGPJMTJMGS
OHNFNFPNJXJRPJNFPONPLJKQRKS3
)WE'MGH[HGRKFUGPJMTJMGSPLRQFO\PNFMQJ[KMNTJMGS3
-WE'MGH[HGRKFUGPJMTJMGSHMKHYRHGONP]HSNXJPLMUSQJMGSMG
SJLNHLSXJPLHMRNS3

WEFSNPMNFJXFUGPJMTJMGGIMGSJMNFKHMPHNUJXNF
NFPNJLSHM[JK[GHMNFTJMG3


 

,
0120456789  1 6 61  6  12984 9 1 20 0 1 0 9661 296



!"##$%#&'(#)*+,'-)'&./.%#,/#.'%"."#)##)*0

1
,#)+,.2.%3',/.%#)3',$#.'%'3$./44"'3$-).-#)./
/'$-'(%+".%5#,
61
+'%'#/'%#,.&(##'#)"#,(/#(,'35#,7"'4(&4-,'#.%"
81
)2&'%+.%%,."'3--,'9.$#4*:;<:=>'(4-,$'4
?1
.%2'42#)&.4.#*'35#,#'+%#(,-,'#.%"
!1
-,.$,.4*.%2'42#)33/#'3-'4,"'4(#"'%#)%#,'-*'3@('(""*"#$"

A
B*+,'-)'&./.%#,/#.'%"$C.$-',#%#%,#.//'%#,.&(#.'%"#'0

1
&.%+.%'3)',$'%#'.#",/-#',-,'#.%
61
%D*$7"(&"#,#.%#,/#.'%"
81
$$&,%"#,(/#(,
?1
#),7+.$%".'%43'4+.%'3-'4*--#.+/).%
!1

44'3#)%"5,",/',,/#

<
?.""'42+"'4(#"4#,"'$-)*"./4E/'44.#.21-,'-,#."'3#)
"'42%#5#,&/("#)*/)%#)0

1
/'%/%#,#.'%'3#)5#,
61
)*+,'%&'%+.%'3#)5#,
81
.'%./&'%+.%'3#)5#,
?1
-B'3#)5#,
!1
#$-,#(,'3#)5#,


F
G"$'"."."$'2$%#'30

1
/),+"'4(#$'4/(4E.'%1/,'""$$&,%
61
"$'4/(4/,'""$$&,%
81
%'%-'4,"'4(#$'4/(4/,'""$$&,%
?1
-'4,"'4(#$'4/(4/,'""$$&,%
!1
5#,$'4/(4/,'""$$&,%




 

,
0120456789  1 6 61  6  12984 9 1 20 0 1 0 9661 296






!"#$%&'%#$( /

)
*+*+"&,+&"-.

0)
%*!"+!!"#$%#$

1)
%*!"+!2"#+#$

3)
%*+&*&45#"'#5#$#5+!%**#,%+%#$2"#!&,+*#56+"%$*#4&+%#$

7)

44#5+$*6"*",#"",+



8

92-#5*#4&+%#$#5:;-14%*(

)
<

0)
<
:

1)
:

3)
:<

7)
=:



>

92-#5*#4&+%#$#5<
:;?.-%*(

)
<
:

0)
:
<

1)
:@
>

3)
:

7)
:A



B

C%,*++'$+%*9DE7F#&++2"#2"+%*#5G&#&**#4&+%#$*H

)

2-,$5"#'I=
<+#
<"54,+*$%$,"*%$+!"#J%!%#$
,#$,$+"+%#$KL.-M)#5@<N

0)

2-,$5"#' >

< 
+#

<
"54,+*
 
! ," *
 
%$+ 
2"#+#$
,#$,$+"+%#$KL-/M)F5,+#"#5:<<

1)
1"!'#4,&4*"$"44%$*#4&F4%$6+"

3)
- !"#$F#$!*5#"'"!%4%$G&#&**#4&+%#$*

7)
92-,$F,4,&4+!F!!%$8+#+O4&#5+2.-


:<

92-#5*'24#5F4##!%*8
AP6%4*+"%,Q&%,%*2-:
A
9
 

,
0120456789  1 6 61  6  12984 9 1 20 0 1 0 9661 296




 !
"# 0
$%&'()*+,-,"./10,",2-345-3(
6%&7(8+,-

920./1,":,",2-345-3(
;%&<,-

92./1,"0:,",2-345-3(
=%&<''',-

92./1,":0,",2-345-3(
>%&
:-

-
:,-

92./1,":,",2-345-3(




 

Document information

Uploaded on
February 28, 2025
Number of pages
44
Written in
2024/2025
Type
Exam (elaborations)
Contains
Questions & answers
Report Copyright Violation
$13.98
Wrong document? Swap it for free Within 14 days of purchase and before downloading, you can choose a different document. You can simply spend the amount again.
Written by students who passed
Immediately available after payment
Read online or as PDF
Seller avatar
Reputation scores are based on the amount of documents a seller has sold for a fee and the reviews they have received for those documents. There are three levels: Bronze, Silver and Gold. The better the reputation, the more your can rely on the quality of the sellers work.
Creativewriters
3.8
(37)
Sold
197
Followers
41
Items
2386
Last sold
4 days ago

Browse related subjects

Subjects

  • lehninger principles of biochemistry 7th edition

Why students choose Stuvia

Created by fellow students, verified by reviews

Quality you can trust: written by students who passed their tests and reviewed by others who've used these notes.

Didn't get what you expected? Choose another document

No worries! You can instantly pick a different document that better fits what you're looking for.

Pay as you like, start learning right away

No subscription, no commitments. Pay the way you're used to via credit card and download your PDF document instantly.

Student with book image

“Bought, downloaded, and aced it. It really can be that simple.”

Alisha Student

Working on your references?

Create accurate citations in APA, MLA and Harvard with our free citation generator.

Learn more Create citation
Working on your references?

Frequently asked questions